บริการสอบเทียบของสถาบันมาตรวิทยาแห่งชาติ
Chemical Metrology and Biometry
Item No. |
Code |
Description |
Range |
Accuracy |
Remark |
Service |
---|---|---|---|---|---|---|
1 |
12011 - 60601 |
Malachite green in seafood by ID-LC-MS/MS |
0.5 - 20 mg/kg |
9.0 - 9.5 % relative |
Capability reference: CCQM-K85 (2010) |
Analysis Fee |
2 |
12011 - 60602 |
Leuco-malachite green in seafood by ID-LC-MS/MS |
0.5 - 20 mg/kg |
8.0 - 8.5 % relative |
Capability reference: CCQM-K85 (2010) |
Analysis Fee |
3 |
12011 - 60603 |
Total malachite green in seafood by ID-LC-MS/MS |
1.0 - 40 mg/kg |
6.2 - 7.0 % relative |
Capability reference: CCQM-K85 (2010) |
Analysis Fee |
4 |
12011 - 60604 |
Melamine in milk powder and dairy products by ID-LC-MS/MS |
0.1 - 5.0 mg/kg |
5.5 - 6.5 % relative |
Capability reference: CCQM-K103 (2012) |
Analysis Fee |
5 |
12011 - 60605 |
Chloramphenicol in food by ID-LC-MS/MS |
0.1 - 10.0 mg/kg |
7.0 - 8.0 % relative |
Capability reference: CCQM-K81 (2009) |
Analysis Fee |
6 |
12011 - 60606 |
Endosulfan (II) in fruits and vegetables by ID-GC/MS |
100 - 1000 ?g/kg |
4.5 - 5.5 % relative |
Capability reference: CCQM-P136 (2012) |
Analysis Fee |
7 |
12011 - 60607 |
Endosulfan sulfate in fruits and vegetables by ID-GC/MS |
100 - 1000 ?g/kg |
4.5 - 5.5 % relative |
Capability reference: CCQM-P136 (2012) |
Analysis Fee |
8 |
12011 - 60608 |
b-agonists in meat by ID-LC-MS/MS |
1 - 50 ?g/kg |
5.0 - 6.0 % relative |
Capability reference: APMP.QM-S6 (2013) |
Analysis Fee |
9 |
12011 - 60501 |
Total cholesterol in frozen human serum by ID-LC-MS/MS |
0.01-5.00 mg/g |
5-6% relative |
Capability reference: CCQM-K6.2 (2013) |
Analysis Fee |
10 |
12011 - 60609 |
One type aflatoxin in nuts and seeds |
2-10 ng/g |
6-8%relative |
type of aflatoxin: AFB1, AFB2, AFG1 and AFG2 |
Analysis Fee |
11 |
12011 - 60610 |
Two types aflatoxin in nuts and seeds |
2-10 ng/g |
6-8%relative |
Analysis Fee |
|
12 |
12011 - 60611 |
three types aflatoxin in nuts and seeds |
2-10 ng/g |
6-8%relative |
Analysis Fee |
|
13 |
12011 - 60612 |
Four types aflatoxin in nuts and seeds |
2-10 ng/g |
6-8%relative |
Analysis Fee |
|
14 |
12011 - 60101 |
Purity assessment of aldrin |
GC, purity>95% TGA inorganic residue as specification KFT, water as specification GC-HS, organic solvent as specification |
As specification |
Capability reference: CCQM-K55.b (2010) |
Analysis Fee |
15 |
12011 - 60102 |
Purity assessment of L-valine |
HPLC, purity>95% TGA inorganic residue as specification KFT, water as specification GC-HS, organic solvent as specification |
As specification |
Capability reference: CCQM-K55.c (2012) |
Analysis Fee |
16 |
12011 - 60103 |
Purity assessment of Avermectin |
HPLC, purity>92% TGA inorganic residue as specification KFT, water as specification GC-HS, organic solvent as specification |
As specification |
Capability reference: CCQM-K104 (2013) |
Analysis Fee |
17 |
12011 - 60201 |
Assigned Brix and Refractive Index value for sample |
5.00 - 60.00 % Brix, 1.34026 - 1.44193 nD |
0.04 % Brix, 0.00008 nD |
Analysis Fee |
|
18 |
12011-60502 |
Glucose in human serum by ID-LC-MS/MS |
0.12- 4.5 mg/g |
3-4 %relative |
Capability reference: CCQM-K104 (2013) |
Analysis Fee |
19 |
12011-60901 |
Clenbuterol in feed |
10-1000 mg/kg |
5-6%relative |
Analysis Fee |
|
20 |
12011-60902 |
Salbutermol in feed |
10-1000 mg/kg |
5-6% relative |
Analysis Fee |
|
21 |
12022 - 60101 |
Arsenic (total) in plant materials by standard addition |
As(total): 0.5 - 5.0 mg/kg |
7.0 - 7.5 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
22 |
12022 - 60102 |
Arsenic (total) in seafood by standard addition |
As(total): 10 - 100 mg/kg |
4.5 - 5.5 % relative |
Capability reference: APMP.QM-S5(2012) |
Analysis Fee |
23 |
12022 - 60103 |
Arsenic (total) in cereal and cereal products by standard addition |
As: 0.005 - 0.05 mg/kg |
6.5 - 7.5% relative |
Capability reference: CCQM-K108 (2014) |
Analysis Fee |
24 |
12022 - 60301 |
Cadmium in plant materials by ICP-IDMS |
Cd: 0.1 - 10.0 mg/kg |
2.5 - 3.0 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
25 |
12022 - 60303 |
Cadmium in cereal and cereal products by ICP-IDMS |
Cd: 0.1-1.0 mg/kg |
3.5 - 4.0 % relative |
Capability reference: APMP.QM-S3 (2008) |
Analysis Fee |
26 |
12022 - 60304 |
Cadmium in fresh water by ICP-IDMS |
Cd: 1-5 ug/kg |
4.5 - 5.0 % relative |
Capability reference: SIM-QM-S2 (2010) |
Analysis Fee |
27 |
12022 - 60305 |
Cadmium in plastic by ICP-IDMS |
Cd: 20-80 mg/kg |
1.5 - 2.0 % relative |
Capability reference: CCQM-P106 (2008) |
Analysis Fee |
28 |
12022 - 60201 |
Calcium in plant materials by ICP-IDMS |
Ca: 5 - 50 mg/g |
4.0 - 4.5 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
29 |
12022 - 60203 |
Calcium in cereal and cereal products by ICP-IDMS |
Ca: 1000-2000 mg/kg |
3.0 - 3.5 % relative |
Capability reference: CCQM-K56 (2007) |
Analysis Fee |
30 |
12022 - 60204 |
Calcium in fresh water by ICP-IDMS |
Ca: 2 - 25 mg/kg |
3.0 - 3.5 % relative |
Capability reference: SIM-QM-S2 (2010) |
Analysis Fee |
31 |
12022 - 60405 |
Chromium in plastic by ICP-IDMS |
Cr: 100-400 mg/kg |
2.5 - 3.0 % relative |
Capability reference: CCQM-P106 (2008) |
Analysis Fee |
32 |
12022 - 60503 |
Copper in cereal and cereal products by ICP-IDMS |
Cu: 5-20 mg/kg |
2.0 - 2.5 % relative |
Capability reference: CCQM-K56 (2007) |
Analysis Fee |
33 |
12022 - 60506 |
Copper in bio Fuel by ICP-IDMS |
Cu : 0.05 - 1.00 mg/kg |
3.0- 4.0 % relative |
Capability reference: CCQM-K100 (2012) |
Analysis Fee |
34 |
12022 - 60602 |
Iron in seafood by ICP-IDMS |
Fe: 50 - 500 mg/kg |
3.5 - 4.5 % relative |
Capability reference: APMP.QM-S5 (2012) |
Analysis Fee |
35 |
12022 - 61001 |
Lead in plant materials by ICP-IDMS |
Pb: 0.1 - 10.0 mg/kg |
2.5 - 3.0 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
36 |
12022 - 61005 |
Lead in plastic by ICP-IDMS |
Pb: 50-600 mg/kg |
1.5 - 2.0 % relative |
Capability reference: CCQM-P106 (2008) |
Analysis Fee |
37 |
12022 - 61004 |
Lead in fresh water by ICP-IDMS |
Pb: 5-30 ug/kg |
2.5 - 3.0 % relative |
Capability reference: SIM-QM-S2 (2010) |
Analysis Fee |
38 |
12022 - 60904 |
Nickel in fresh water by ICP-IDMS |
Ni: 50-80 ug/kg |
3.0 - 3.5 % relative |
Capability reference: SIM-QM-S2 (2010) |
Analysis Fee |
39 |
12022 - 60808 |
Magnesium in biological fluids by ICP-IDMS |
Mg: 5 - 50 mg/kg |
0.5 - 1.5% relative |
Capability reference: CCQM-K107 (2014) |
Analysis Fee |
40 |
12022 - 60708 |
Potassium in biological fluids by ICP-IDMS |
K: 50 - 500 mg/kg |
3.5 - 4.5% relative |
Capability reference: CCQM-K107 (2014) |
Analysis Fee |
41 |
12022 - 61101 |
Zinc in plant materials by ICP-IDMS |
Zn: 10 - 100 mg/kg |
1.0 - 1.5 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
42 |
12022 - 61103 |
Zinc in cereal and cereal products by ICP-IDMS |
Zn: 10-80 mg/kg |
3.0 - 3.5 % relative |
Capability reference: CCQM-K56 (2007) |
Analysis Fee |
43 |
12022 - 61107 |
Zinc in meat by ICP-IDMS |
Zn: 70-300 mg/kg |
4.5 - 5.0 % relative |
Capability reference: CCQM-P85 (2006) |
Analysis Fee |
44 |
12022 - 61102 |
Zinc in seafood by ICP-IDMS |
Zn: 10 - 100 mg/kg |
4.5 - 5.5 % relative |
Capability reference: APMP.QM-S5 (2012) |
Analysis Fee |
45 |
12041 - 60101 |
Quantification of genomic DNA fragment extracted from maize powder |
As specification |
As specification |
Analysis Fee |
|
46 |
12051 - 60101 |
Oxygen in Nitrogen |
1-30 cmol/mol |
0.25-0.45% relative |
Analysis Fee |
|
47 |
12051 - 60401 |
Carbon Monoxide in Nitrogen |
5-100 mmol/mol |
0.50-0.84% relative |
Analysis Fee |
|
48 |
12052 - 60201 |
Carbon Dioxide in Nitrogen |
0.1-15 cmol/mol |
1.0% relative |
Analysis Fee |
|
49 |
12050 - 60202 |
Carbon Dioxide in Nitrogen |
1-15 cmol/mol |
0.5% relative |
Analysis Fee |
|
50 |
12051 - 60301 |
Methane in Nitrogen |
0.1-15 cmol/mol |
0.35% relative |
Analysis Fee |
|
51 |
12050 - 60302 |
Methane in Nitrogen |
200-1,000 ?mol/mol |
0.7% relative |
Analysis Fee |
|
52 |
12051 - 60501 |
Sulfur Dioxide in Nitrogen |
50 - 500 ?mol/mol |
1.2% relative |
Analysis Fee |
|
53 |
12050 - 60502 |
Sulfur Dioxide in Nitrogen |
500 - 2,000 mmol/mol |
0.5% relative |
Analysis Fee |
|
54 |
12050 - 60601 |
Propane in Nitrogen |
1 - 10 cmol/mol |
0.4% relative |
Analysis Fee |
|
55 |
12050 - 60603 |
Propane in Nitrogen |
20 -200 mmol/mol |
1.0% relative |
Analysis Fee |
|
56 |
12050 - 60602 |
Propane in Nitrogen |
200 - 5,000 mmol/mol |
0.5% relative |
Analysis Fee |
|
57 |
12050 - 60701 |
Nitrogen Monoxide in Nitrogen |
1,000 - 10,000 mmol/mol |
0.6% relative |
Analysis Fee |
|
58 |
12031 - 10202 |
Piston pipette |
0.1 ml to 20 ml |
0.04 mL |
Calibration Fee |
|
59 |
12031 - 10201 |
Piston pipette |
20 mL to 10 mL |
0.04 mL |
Calibration Fee |
|
60 |
12031 - 10203 |
Volumetric Flask |
25 mL to 2000 mL |
Class A |
Calibration Fee |
|
61 |
12031 - 10204 |
Pipette |
1 mL to 50 mL |
Class A |
Calibration Fee |
|
62 |
12031 - 10205 |
Burette |
Up to 100 mL |
Class A |
Calibration Fee |
|
63 |
12031 - 10206 |
Pycnometer |
1 mL to 500 mL |
0.1% to 1% |
Calibration Fee |
|
64 |
12031 - 10301 |
Potassium Dichromate Standard Solutions (Recalibrate) |
20 to 100 mg/kg |
0.003 A |
Calibration Fee |
|
65 |
12031 - 10302 |
Potassium Iodide Standard Solution (Recalibrate) |
10 g/L |
0.5 nm |
Calibration Fee |
|
66 |
12031 - 10303 |
Holmium Filter (Recalibrate) |
200 nm to 700 nm |
0.3 nm |
Calibration Fee |
|
67 |
12031 - 10304 |
Didymium Filter (Recalibrate) |
400 nm to 900 nm |
0.3 nm |
Calibration Fee |
|
68 |
12031 - 10307 |
Neodymium filter (Recalibration) |
400 nm to 900 nm |
0.3 nm |
Calibration Fee |
|
69 |
12031 - 10305 |
Neutral Density Filter (Recalibrate) |
400 nm to 700 nm |
0.003 A |
Calibration Fee |
|
70 |
12031 - 10306 |
Recaibrate standard solution for stray light |
10 g/L |
0.12 nm |
Calibration Fee |
|
71 |
12031 - 10102 |
Assigned pH value for sample (secondary method) |
3.99 - 4.02 pH |
0.01 pH |
Calibration Fee |
|
72 |
12031 - 10103 |
Assigned pH value for sample (secondary method) |
6.85 - 6.88 pH |
0.01 pH |
Calibration Fee |
|
73 |
12031 - 10104 |
Assigned pH value for sample (primary method) |
3.99 - 4.02 pH |
0.008 pH |
Calibration Fee |
|
74 |
12031 - 10105 |
Assigned pH value for sample (primary method) |
6.85 - 6.88 pH |
0.005 pH |
Calibration Fee |
|
75 |
12032 - 10108 |
Assigned pH value for sample (primary method) |
9.16 - 9.20 pH |
0.008 pH |
Calibration Fee |
|
76 |
12031 - 10106 |
Assigned pH value for sample (secondary method) |
1 - 12 pH |
0.01 pH |
Calibration Fee |
|
77 |
12031 - 10107 |
Assigned pH value for sample (primary method) |
1 - 12 pH |
0.008 pH |
Calibration Fee |
|
78 |
12032 - 10101 |
pH meter with associated electrode |
(-414.11 mV) to 414.11 mV |
0.06 mV |
Calibration Fee |
|
79 |
12031 - 10101 |
pH meter with associated electrode |
1 - 11 pH |
0.02 pH |
Calibration Fee |
|
80 |
12031 - 10401 |
Assigned electrolytic conductivity value for sample (secondary method) |
1413 mS/cm |
0.2% relative |
Calibration Fee |
|
81 |
12031-10402 |
Assigned electrolytic conductivity value for sample (secondary method) |
147 mS/cm |
1% relative |
Calibration Fee |
|
82 |
12051 - 10101 |
Oxygen Gas Analyzer |
1-30 cmol/mol |
0.25-0.45% relative |
3-point calibration |
Calibration Fee |
83 |
12051 - 10201 |
Carbon dioxide Analyzer |
1-15 cmol/mol |
1.0% relative |
3-point calibration |
Calibration Fee |
84 |
12051 - 10301 |
Methane Analyzer |
1-15 cmol/mol |
0.35% relative |
3-point calibration |
Calibration Fee |
85 |
12051 - 10401 |
Carbon Monoxide Gas Analyzer |
5-100 mmol/mol |
0.50-0.84% relative |
3-point calibration |
Calibration Fee |
86 |
12011 - 20202 |
10% Brix Sucrose Standard Solution (TRM-S-5002) |
10.00 %Brix, 1.34782 nD |
0.04 %Brix, 0.00008 nD |
RMs/CRMs |
|
87 |
12011 - 20203 |
20% Brix Sucrose Standard Solution (TRM-S-5003) |
20.00%Brix, 1.36384 nD |
0.04 %Brix, 0.00008 nD |
RMs/CRMs |
|
88 |
12011 - 20204 |
30% Brix Sucrose Standard Solution (TRM-S-5004) |
30.00 %Brix, 1.38115 nD |
0.04 %Brix, 0.00008 nD |
RMs/CRMs |
|
89 |
12012 - 20201 |
5% Brix Sucrose Standard Solution (TRM-S-5001) |
5.00 %Brix, 1.34026 nD |
0.04 %Brix, 0.00007 nD |
RMs/CRMs |
|
90 |
12011 - 20205 |
50% Brix Sucrose Standard Solution (TRM-S-5005) |
50.00%Brix, 1.42009 nD |
0.04 %Brix, 0.00008 nD |
RMs/CRMs |
|
91 |
12011 - 20206 |
60% Brix Sucrose Standard Solution (TRM-S-5006) |
60.00 %Brix, 1.44193 nD |
0.04 %Brix, 0.00009 nD |
RMs/CRMs |
|
92 |
12011 - 20207 |
Benzene in methanol (TRM-S-5007) |
1,000 mg/L |
1.4 % Relative |
RMs/CRMs |
|
93 |
12011 - 20208 |
Ethylbenzene in methanol (TRM-S-5008) |
1,000 mg/L |
1.1 % Relative |
RMs/CRMs |
|
94 |
12011 - 20209 |
Toluene in methanol (TRM-S-5009) |
1,000 mg/L |
1.4 % Relative |
RMs/CRMs |
|
95 |
12011 - 20210 |
o-xylene in methanol (TRM-S-5010) |
1,000 mg/L |
2.2 % Relative |
RMs/CRMs |
|
96 |
12011 - 20211 |
m-xylene in methanol (TRM-S-5011) |
1,000 mg/L |
1.0 % Relative |
RMs/CRMs |
|
97 |
12011 - 20212 |
p-xylene in methanol (TRM-S-5012) |
1,000 mg/L |
1.3% Relative |
RMs/CRMs |
|
98 |
12011 - 20213 |
Organochlorine Pesticide Mix set 1 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
99 |
12011-20221 |
Organochlorine Pesticide Mix set 2 |
100 mg/kg |
2% relative |
RMs/CRMs |
|
100 |
12011 - 20214 |
Organophosphate Pesticide Mix set 1 |
100 mg/kg |
5% relative |
RMs/CRMs |
|
101 |
12011 - 20215 |
Organophosphate Pesticide Mix set 2 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
102 |
12011-20219 |
Organophosphate Pesticide Mix set 3 |
100 mg/kg |
4% relative |
RMs/CRMs |
|
103 |
12011-20220 |
Organophosphate Pesticide Mix set 4 |
100 mg/kg |
4% relative |
RMs/CRMs |
|
104 |
12011-20225 |
Organophosphate Pesticide Mix set 5 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
105 |
12011 - 20216 |
Acaricide Pesticide Mix set 1 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
106 |
12011-20224 |
Acaricide Pesticide Mix set 2 |
100 mg/kg |
2 % relative |
RMs/CRMs |
|
107 |
12011 - 20217 |
Carbamate Pesticide Mix set 1 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
108 |
12011-20218 |
Pyrethroid Pesticide Mix set 1 |
100 mg/kg |
2 % relative |
RMs/CRMs |
|
109 |
12011-20222 |
Pyrethroid Pesticide Mix set 2 |
100 mg/kg |
3 % relative |
RMs/CRMs |
|
110 |
12011-20225 |
Insecticide Pesticide Mix set 1 |
100 mg/kg |
2 % relative |
RMs/CRMs |
|
111 |
12011 - 20601 |
Total malachite green in shrimp (TRM-F-5001) |
18.35 ?g/kg |
4.00 % Relative |
RMs/CRMs |
|
112 |
12011 - 20602 |
Aflatoxins in peanut butter (TRM-F-5002) |
2-10 ng/g |
8-10% relative |
30 g/bottle |
RMs/CRMs |
113 |
12011 - 20501 |
Total chloresterol in frozen human serum (TRM-C-5001) |
2 .05 mg/g |
6% relative |
RMs/CRMs |
|
114 |
12011-20901 |
Clenbuterol in feed |
71.9 ?g/kg |
5.43 % relative |
RMs/CRMs |
|
115 |
12011-20902 |
Salbutamol in feed |
79.5 ?g/kg |
14.21 % relative |
RMs/CRMs |
|
116 |
12031 - 20205 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 2 : 1 concentration (TRM-S-2009a) |
RMs/CRMs |
117 |
12031 - 20204 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 3 : 2 concentrations (TRM-S-2009b) |
RMs/CRMs |
118 |
12031 - 20203 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 4 : 3 concentrations (TRM-S-2009c) |
RMs/CRMs |
119 |
12031 - 20202 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 5 : 4 concentrations (TRM-S-2009d) |
RMs/CRMs |
120 |
12031 - 20201 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 6 : 5 concentrations (TRM-S-2009e) |
RMs/CRMs |
121 |
12031 - 20206 |
Potassium Iodide Standard Solution (TRM-S-2010) |
10 g/L |
0.5 nm |
RMs/CRMs |
|
122 |
12031 - 20301 |
Zinc standard solution (TRM-S-2011) |
10,000 ppm |
1% |
RMs/CRMs |
|
123 |
12031 - 20302 |
Cadmium standard solution (TRM-S-2012) |
10,000 ppm |
1% |
RMs/CRMs |
|
124 |
12031 - 20401 |
Chloride standard solution (TRM-S-2013) |
100 ppm |
1% |
RMs/CRMs |
|
125 |
12031 - 20501 |
Sodium standard solution (TRM-S-2014) |
100 ppm |
1% |
RMs/CRMs |
|
126 |
12022 - 20001 |
Elements in Glutinous Rice Powder (TRM-F-4001) |
Cd 0.69 mg/kg |
0.06 mg/kg |
30 g/bottle |
RMs/CRMs |
127 |
Elements in Glutinous Rice Powder (TRM-F-4001) |
Cu 1.5 mg/kg |
0.1 mg/kg |
RMs/CRMs |
||
128 |
Elements in Glutinous Rice Powder (TRM-F-4001) |
Mn 7.8 mg/kg |
1.0 mg/kg |
RMs/CRMs |
||
129 |
Elements in Glutinous Rice Powder (TRM-F-4001) |
Zn 21.2 mg/kg |
1.0 mg/kg |
RMs/CRMs |
||
130 |
12022 - 20002 |
Trace and Essential Elements in Prawn (TRM-F-4002) |
Cd 2.05 mg/kg |
0.11 mg/kg |
5 g/bottle |
RMs/CRMs |
131 |
Trace and Essential Elements in Prawn (TRM-F-4002) |
Cu 49 mg/kg |
2 mg/kg |
RMs/CRMs |
||
132 |
Trace and Essential Elements in Prawn (TRM-F-4002) |
Pb 1.8 mg/kg |
0.1 mg/kg |
RMs/CRMs |
||
133 |
Trace and Essential Elements in Prawn (TRM-F-4002) |
Zn 81 mg/kg |
4 mg/kg |
RMs/CRMs |
||
134 |
12022 - 20003 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, Low Levels (TRM-M-4001) |
Cd 10.1 mg/kg |
0.5 mg/kg |
30 g/bottle |
RMs/CRMs |
135 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, Low Levels (TRM-M-4001) |
Cr 21 mg/kg |
1 mg/kg |
RMs/CRMs |
||
136 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, Low Levels (TRM-M-4001) |
Hg 102 mg/kg |
7 mg/kg |
RMs/CRMs |
||
137 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, Low Levels (TRM-M-4001) |
Pb 82 mg/kg |
4 mg/kg |
RMs/CRMs |
||
138 |
12022 - 20004 |
Elements in Soil (TRM-E-4001) |
Cd 0.85 mg/kg |
0.10 mg/kg |
30 g/bottle |
RMs/CRMs |
139 |
Elements in Soil (TRM-E-4001) |
Cu 27.7 mg/kg |
2.1 mg/kg |
RMs/CRMs |
||
140 |
Elements in Soil (TRM-E-4001) |
Ni 43.7 mg/kg |
2.8 mg/kg |
RMs/CRMs |
||
141 |
Elements in Soil (TRM-E-4001) |
Pb 29.5 mg/kg |
1.9 mg/kg |
RMs/CRMs |
||
142 |
Elements in Soil (TRM-E-4001) |
Zn 69.6 mg/kg |
7.8 mg/kg |
RMs/CRMs |
||
143 |
12022-20005 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, High Levels (TRM-M-4002) |
Cd 102 mg/kg |
4 mg/kg |
30 g/bottle |
RMs/CRMs |
144 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, High Levels (TRM-M-4002) |
Cr 172 mg/kg |
7 mg/kg |
RMs/CRMs |
||
145 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, High Levels (TRM-M-4002) |
Hg 1025 mg/kg |
61 mg/kg |
RMs/CRMs |
||
146 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, High Levels (TRM-M-4002) |
Pb 837 mg/kg |
36 mg/kg |
RMs/CRMs |
||
147 |
12022-20006 |
Elements in Human Serum (TRM-C-4001) |
Ca 92.9 mg/kg |
6.3 mg/kg |
4 mL/bottle |
RMs/CRMs |
148 |
Elements in Human Serum (TRM-C-4001) |
K 168 mg/kg |
11 mg/kg |
RMs/CRMs |
||
149 |
Elements in Human Serum (TRM-C-4001) |
Mg 21.8 mg/kg |
1.3 mg/kg |
RMs/CRMs |
||
150 |
12022-20007 |
Arsenic in White Rice Flour (TRM-F-4003) |
Total As 100 ?g/kg |
7 ?g/kg |
25 g/bottle |
RMs/CRMs |
151 |
12022-20008 |
Trace Elements in Drinking Water (TRM-E-4002) |
Cd 0.0050 mg/kg |
0.0003 mg/kg |
100 mL/bottle |
RMs/CRMs |
152 |
Trace Elements in Drinking Water (TRM-E-4002) |
Cu 0.504 mg/kg |
0.011 mg/kg |
RMs/CRMs |
||
153 |
Trace Elements in Drinking Water (TRM-E-4002) |
Pb 0.061 mg/kg |
0.004 mg/kg |
RMs/CRMs |
||
154 |
Trace Elements in Drinking Water (TRM-E-4002) |
Zn 0.632 mg/kg |
0.018 mg/kg |
RMs/CRMs |
||
155 |
12031 - 20107 |
Secondary pH standard |
1.08 - 1.12 pH |
0.02 pH |
0.01 N Hydrochloric acid (TRM-S-2001) |
RMs/CRMs |
156 |
12031 - 20106 |
Secondary pH standard |
1.66 - 1.70 pH |
0.02 pH |
Tetroxalate pH standard (TRM-S-2002) |
RMs/CRMs |
157 |
12031 - 20108 |
Secondary pH standard |
11.70 - 11.74 pH |
0.02 pH |
Alkaline phosphate pH standard (TRM-S-2008) |
RMs/CRMs |
158 |
12031 - 20101 |
Secondary pH standard |
3.99 - 4.02 pH |
0.01 pH |
Phthalate pH standard (TRM-S-2003) |
RMs/CRMs |
159 |
12031 - 20102 |
Secondary pH standard |
6.85 - 6.88 pH |
0.01 pH |
Phosphate pH standard (TRM-S-2004) |
RMs/CRMs |
160 |
12031 - 20104 |
Secondary pH standard |
6.99 - 7.03 pH |
0.01 pH |
Phosphate pH standard (TRM-S-2005) |
RMs/CRMs |
161 |
12031 - 20103 |
Secondary pH standard |
9.17 - 9.20 pH |
0.01 pH |
Tetraborate pH standard (TRM-S-2006) |
RMs/CRMs |
162 |
12031 - 20105 |
Secondary pH standard |
9.99 - 10.02 pH |
0.10 pH |
Carbonate pH standard (TRM-S-2007) |
RMs/CRMs |
163 |
12031 - 20601 |
Secondary electrolytic conductivity solution (0.1 mol/l KCl) (TRM-S-2018) |
12.88 mS/cm |
0.1 mS/cm |
RMs/CRMs |
|
164 |
12031 - 20602 |
Secondary electrolytic conductivity solution (0.01mol/l KCl) (TRM-S-2019) |
1413 mS/cm |
0.2% relative |
RMs/CRMs |
|
165 |
12031 ? 20603 |
Secondary electrolytic conductivity solution (0.001mol/l KCl) (TRM-S-2017) |
147 mS/cm |
1%relative |
RMs/CRMs |
|
166 |
12031 - 20701 |
pH of ethanol (TRM-S-2016) |
6.0 - 8.0 pH |
0.5 pH |
RMs/CRMs |
|
167 |
120310 - 10403 |
Electrolytic conductivity of ethanol |
1-500 mS/m |
5% relative |
RMs/CRMs |
|
168 |
12051 - 20101 |
Oxygen in Nitrogen (1-30 cmol/mol) (TRM-E-3010) |
1-30 cmol/mol |
0.25-0.45% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
169 |
12051 - 20102 |
Oxygen in Nitrogen (1-30 cmol/mol) (TRM-E-3010) |
1-30 cmol/mol |
0.25-0.45% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
170 |
12051 - 20103 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
171 |
12051 - 20104 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
172 |
12051 - 20105 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
173 |
12051 - 20107 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
174 |
12051 - 20106 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
175 |
12051 - 20108 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
176 |
12051 - 20201 |
Carbon dioxide in Nitrogen (1-15 cmol/mol) (TRM-E-3020) |
1-15 cmol/mol |
1.0% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
177 |
12051 - 20202 |
Carbon dioxide in Nitrogen (1-15 cmol/mol) (TRM-E-3020) |
1-15 cmol/mol |
1.0% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
178 |
12051 - 20301 |
Methane in Nitrogen (1-15 cmol/mol) (TRM-E-3030) |
1-15 cmol/mol |
0.35% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
179 |
12051 - 20302 |
Methane in Nitrogen (1-15 cmol/mol) (TRM-E-3030) |
1-15 cmol/mol |
0.35% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
180 |
12051 - 20303 |
Methane in Nitrogen (1-10 cmol/mol) (TRM-E-3031) |
1-10 cmol/mol |
0.7% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
181 |
12051 - 20304 |
Methane in Nitrogen (1-10 cmol/mol) (TRM-E-3031) |
1-10 cmol/mol |
0.7% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
182 |
12050-20601 |
Propane in Nitrogen (200 - 5,000 mmol/mol) (TRM-E-3061) |
200-5,000 mmol/mol |
0.5% relative |
Cylinder volume : 10 Liters Filling Pressure : 100 bar |
RMs/CRMs |
183 |
12050-20602 |
Propane in Nitrogen (200 - 5,000 mmol/mol) (TRM-E-3061) |
200-5,000 mmol/mol |
0.5% relative |
Cylinder volume : 10 Liters Filling Pressure : 100 bar |
RMs/CRMs |
184 |
12011 - 60601 |
Malachite green in seafood by ID-LC-MS/MS |
0.5 - 20 mg/kg |
9.0 - 9.5 % relative |
Capability reference: CCQM-K85 (2010) |
Analysis Fee |
185 |
12011 - 60602 |
Leuco-malachite green in seafood by ID-LC-MS/MS |
0.5 - 20 mg/kg |
8.0 - 8.5 % relative |
Capability reference: CCQM-K85 (2010) |
Analysis Fee |
186 |
12011 - 60603 |
Total malachite green in seafood by ID-LC-MS/MS |
1.0 - 40 mg/kg |
6.2 - 7.0 % relative |
Capability reference: CCQM-K85 (2010) |
Analysis Fee |
187 |
12011 - 60604 |
Melamine in milk powder and dairy products by ID-LC-MS/MS |
0.1 - 5.0 mg/kg |
5.5 - 6.5 % relative |
Capability reference: CCQM-K103 (2012) |
Analysis Fee |
188 |
12011 - 60605 |
Chloramphenicol in food by ID-LC-MS/MS |
0.1 - 10.0 mg/kg |
7.0 - 8.0 % relative |
Capability reference: CCQM-K81 (2009) |
Analysis Fee |
189 |
12011 - 60606 |
Endosulfan (II) in fruits and vegetables by ID-GC/MS |
100 - 1000 ?g/kg |
4.5 - 5.5 % relative |
Capability reference: CCQM-P136 (2012) |
Analysis Fee |
190 |
12011 - 60607 |
Endosulfan sulfate in fruits and vegetables by ID-GC/MS |
100 - 1000 ?g/kg |
4.5 - 5.5 % relative |
Capability reference: CCQM-P136 (2012) |
Analysis Fee |
191 |
12011 - 60608 |
b-agonists in meat by ID-LC-MS/MS |
1 - 50 ?g/kg |
5.0 - 6.0 % relative |
Capability reference: APMP.QM-S6 (2013) |
Analysis Fee |
192 |
12011 - 60501 |
Total cholesterol in frozen human serum by ID-LC-MS/MS |
0.01-5.00 mg/g |
5-6% relative |
Capability reference: CCQM-K6.2 (2013) |
Analysis Fee |
193 |
12011 - 60609 |
One type aflatoxin in nuts and seeds |
2-10 ng/g |
6-8%relative |
type of aflatoxin: AFB1, AFB2, AFG1 and AFG2 |
Analysis Fee |
194 |
12011 - 60610 |
Two types aflatoxin in nuts and seeds |
2-10 ng/g |
6-8%relative |
Analysis Fee |
|
195 |
12011 - 60611 |
three types aflatoxin in nuts and seeds |
2-10 ng/g |
6-8%relative |
Analysis Fee |
|
196 |
12011 - 60612 |
Four types aflatoxin in nuts and seeds |
2-10 ng/g |
6-8%relative |
Analysis Fee |
|
197 |
12011 - 60101 |
Purity assessment of aldrin |
GC, purity>95% TGA inorganic residue as specification KFT, water as specification GC-HS, organic solvent as specification |
As specification |
Capability reference: CCQM-K55.b (2010) |
Analysis Fee |
198 |
12011 - 60102 |
Purity assessment of L-valine |
HPLC, purity>95% TGA inorganic residue as specification KFT, water as specification GC-HS, organic solvent as specification |
As specification |
Capability reference: CCQM-K55.c (2012) |
Analysis Fee |
199 |
12011 - 60103 |
Purity assessment of Avermectin |
HPLC, purity>92% TGA inorganic residue as specification KFT, water as specification GC-HS, organic solvent as specification |
As specification |
Capability reference: CCQM-K104 (2013) |
Analysis Fee |
200 |
12011 - 60201 |
Assigned Brix and Refractive Index value for sample |
5.00 - 60.00 % Brix, 1.34026 - 1.44193 nD |
0.04 % Brix, 0.00008 nD |
Analysis Fee |
|
201 |
12011-60502 |
Glucose in human serum by ID-LC-MS/MS |
0.12- 4.5 mg/g |
3-4 %relative |
Capability reference: CCQM-K104 (2013) |
Analysis Fee |
202 |
12011-60901 |
Clenbuterol in feed |
10-1000 mg/kg |
5-6%relative |
Analysis Fee |
|
203 |
12011-60902 |
Salbutermol in feed |
10-1000 mg/kg |
5-6% relative |
Analysis Fee |
|
204 |
12022 - 60101 |
Arsenic (total) in plant materials by standard addition |
As(total): 0.5 - 5.0 mg/kg |
7.0 - 7.5 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
205 |
12022 - 60102 |
Arsenic (total) in seafood by standard addition |
As(total): 10 - 100 mg/kg |
4.5 - 5.5 % relative |
Capability reference: APMP.QM-S5(2012) |
Analysis Fee |
206 |
12022 - 60103 |
Arsenic (total) in cereal and cereal products by standard addition |
As: 0.005 - 0.05 mg/kg |
6.5 - 7.5% relative |
Capability reference: CCQM-K108 (2014) |
Analysis Fee |
207 |
12022 - 60301 |
Cadmium in plant materials by ICP-IDMS |
Cd: 0.1 - 10.0 mg/kg |
2.5 - 3.0 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
208 |
12022 - 60303 |
Cadmium in cereal and cereal products by ICP-IDMS |
Cd: 0.1-1.0 mg/kg |
3.5 - 4.0 % relative |
Capability reference: APMP.QM-S3 (2008) |
Analysis Fee |
209 |
12022 - 60304 |
Cadmium in fresh water by ICP-IDMS |
Cd: 1-5 ug/kg |
4.5 - 5.0 % relative |
Capability reference: SIM-QM-S2 (2010) |
Analysis Fee |
210 |
12022 - 60305 |
Cadmium in plastic by ICP-IDMS |
Cd: 20-80 mg/kg |
1.5 - 2.0 % relative |
Capability reference: CCQM-P106 (2008) |
Analysis Fee |
211 |
12022 - 60201 |
Calcium in plant materials by ICP-IDMS |
Ca: 5 - 50 mg/g |
4.0 - 4.5 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
212 |
12022 - 60203 |
Calcium in cereal and cereal products by ICP-IDMS |
Ca: 1000-2000 mg/kg |
3.0 - 3.5 % relative |
Capability reference: CCQM-K56 (2007) |
Analysis Fee |
213 |
12022 - 60204 |
Calcium in fresh water by ICP-IDMS |
Ca: 2 - 25 mg/kg |
3.0 - 3.5 % relative |
Capability reference: SIM-QM-S2 (2010) |
Analysis Fee |
214 |
12022 - 60405 |
Chromium in plastic by ICP-IDMS |
Cr: 100-400 mg/kg |
2.5 - 3.0 % relative |
Capability reference: CCQM-P106 (2008) |
Analysis Fee |
215 |
12022 - 60503 |
Copper in cereal and cereal products by ICP-IDMS |
Cu: 5-20 mg/kg |
2.0 - 2.5 % relative |
Capability reference: CCQM-K56 (2007) |
Analysis Fee |
216 |
12022 - 60506 |
Copper in bio Fuel by ICP-IDMS |
Cu : 0.05 - 1.00 mg/kg |
3.0- 4.0 % relative |
Capability reference: CCQM-K100 (2012) |
Analysis Fee |
217 |
12022 - 60602 |
Iron in seafood by ICP-IDMS |
Fe: 50 - 500 mg/kg |
3.5 - 4.5 % relative |
Capability reference: APMP.QM-S5 (2012) |
Analysis Fee |
218 |
12022 - 61001 |
Lead in plant materials by ICP-IDMS |
Pb: 0.1 - 10.0 mg/kg |
2.5 - 3.0 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
219 |
12022 - 61005 |
Lead in plastic by ICP-IDMS |
Pb: 50-600 mg/kg |
1.5 - 2.0 % relative |
Capability reference: CCQM-P106 (2008) |
Analysis Fee |
220 |
12022 - 61004 |
Lead in fresh water by ICP-IDMS |
Pb: 5-30 ug/kg |
2.5 - 3.0 % relative |
Capability reference: SIM-QM-S2 (2010) |
Analysis Fee |
221 |
12022 - 60904 |
Nickel in fresh water by ICP-IDMS |
Ni: 50-80 ug/kg |
3.0 - 3.5 % relative |
Capability reference: SIM-QM-S2 (2010) |
Analysis Fee |
222 |
12022 - 60808 |
Magnesium in biological fluids by ICP-IDMS |
Mg: 5 - 50 mg/kg |
0.5 - 1.5% relative |
Capability reference: CCQM-K107 (2014) |
Analysis Fee |
223 |
12022 - 60708 |
Potassium in biological fluids by ICP-IDMS |
K: 50 - 500 mg/kg |
3.5 - 4.5% relative |
Capability reference: CCQM-K107 (2014) |
Analysis Fee |
224 |
12022 - 61101 |
Zinc in plant materials by ICP-IDMS |
Zn: 10 - 100 mg/kg |
1.0 - 1.5 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
225 |
12022 - 61103 |
Zinc in cereal and cereal products by ICP-IDMS |
Zn: 10-80 mg/kg |
3.0 - 3.5 % relative |
Capability reference: CCQM-K56 (2007) |
Analysis Fee |
226 |
12022 - 61107 |
Zinc in meat by ICP-IDMS |
Zn: 70-300 mg/kg |
4.5 - 5.0 % relative |
Capability reference: CCQM-P85 (2006) |
Analysis Fee |
227 |
12022 - 61102 |
Zinc in seafood by ICP-IDMS |
Zn: 10 - 100 mg/kg |
4.5 - 5.5 % relative |
Capability reference: APMP.QM-S5 (2012) |
Analysis Fee |
228 |
12041 - 60101 |
Quantification of genomic DNA fragment extracted from maize powder |
As specification |
As specification |
Analysis Fee |
|
229 |
12051 - 60101 |
Oxygen in Nitrogen |
1-30 cmol/mol |
0.25-0.45% relative |
Analysis Fee |
|
230 |
12051 - 60401 |
Carbon Monoxide in Nitrogen |
5-100 mmol/mol |
0.50-0.84% relative |
Analysis Fee |
|
231 |
12052 - 60201 |
Carbon Dioxide in Nitrogen |
0.1-15 cmol/mol |
1.0% relative |
Analysis Fee |
|
232 |
12050 - 60202 |
Carbon Dioxide in Nitrogen |
1-15 cmol/mol |
0.5% relative |
Analysis Fee |
|
233 |
12051 - 60301 |
Methane in Nitrogen |
0.1-15 cmol/mol |
0.35% relative |
Analysis Fee |
|
234 |
12050 - 60302 |
Methane in Nitrogen |
200-1,000 ?mol/mol |
0.7% relative |
Analysis Fee |
|
235 |
12051 - 60501 |
Sulfur Dioxide in Nitrogen |
50 - 500 ?mol/mol |
1.2% relative |
Analysis Fee |
|
236 |
12050 - 60502 |
Sulfur Dioxide in Nitrogen |
500 - 2,000 mmol/mol |
0.5% relative |
Analysis Fee |
|
237 |
12050 - 60601 |
Propane in Nitrogen |
1 - 10 cmol/mol |
0.4% relative |
Analysis Fee |
|
238 |
12050 - 60603 |
Propane in Nitrogen |
20 -200 mmol/mol |
1.0% relative |
Analysis Fee |
|
239 |
12050 - 60602 |
Propane in Nitrogen |
200 - 5,000 mmol/mol |
0.5% relative |
Analysis Fee |
|
240 |
12050 - 60701 |
Nitrogen Monoxide in Nitrogen |
1,000 - 10,000 mmol/mol |
0.6% relative |
Analysis Fee |
|
241 |
12031 - 10202 |
Piston pipette |
0.1 ml to 20 ml |
0.04 mL |
Calibration Fee |
|
242 |
12031 - 10201 |
Piston pipette |
20 mL to 10 mL |
0.04 mL |
Calibration Fee |
|
243 |
12031 - 10203 |
Volumetric Flask |
25 mL to 2000 mL |
Class A |
Calibration Fee |
|
244 |
12031 - 10204 |
Pipette |
1 mL to 50 mL |
Class A |
Calibration Fee |
|
245 |
12031 - 10205 |
Burette |
Up to 100 mL |
Class A |
Calibration Fee |
|
246 |
12031 - 10206 |
Pycnometer |
1 mL to 500 mL |
0.1% to 1% |
Calibration Fee |
|
247 |
12031 - 10301 |
Potassium Dichromate Standard Solutions (Recalibrate) |
20 to 100 mg/kg |
0.003 A |
Calibration Fee |
|
248 |
12031 - 10302 |
Potassium Iodide Standard Solution (Recalibrate) |
10 g/L |
0.5 nm |
Calibration Fee |
|
249 |
12031 - 10303 |
Holmium Filter (Recalibrate) |
200 nm to 700 nm |
0.3 nm |
Calibration Fee |
|
250 |
12031 - 10304 |
Didymium Filter (Recalibrate) |
400 nm to 900 nm |
0.3 nm |
Calibration Fee |
|
251 |
12031 - 10307 |
Neodymium filter (Recalibration) |
400 nm to 900 nm |
0.3 nm |
Calibration Fee |
|
252 |
12031 - 10305 |
Neutral Density Filter (Recalibrate) |
400 nm to 700 nm |
0.003 A |
Calibration Fee |
|
253 |
12031 - 10306 |
Recaibrate standard solution for stray light |
10 g/L |
0.12 nm |
Calibration Fee |
|
254 |
12031 - 10102 |
Assigned pH value for sample (secondary method) |
3.99 - 4.02 pH |
0.01 pH |
Calibration Fee |
|
255 |
12031 - 10103 |
Assigned pH value for sample (secondary method) |
6.85 - 6.88 pH |
0.01 pH |
Calibration Fee |
|
256 |
12031 - 10104 |
Assigned pH value for sample (primary method) |
3.99 - 4.02 pH |
0.008 pH |
Calibration Fee |
|
257 |
12031 - 10105 |
Assigned pH value for sample (primary method) |
6.85 - 6.88 pH |
0.005 pH |
Calibration Fee |
|
258 |
12032 - 10108 |
Assigned pH value for sample (primary method) |
9.16 - 9.20 pH |
0.008 pH |
Calibration Fee |
|
259 |
12031 - 10106 |
Assigned pH value for sample (secondary method) |
1 - 12 pH |
0.01 pH |
Calibration Fee |
|
260 |
12031 - 10107 |
Assigned pH value for sample (primary method) |
1 - 12 pH |
0.008 pH |
Calibration Fee |
|
261 |
12032 - 10101 |
pH meter with associated electrode |
(-414.11 mV) to 414.11 mV |
0.06 mV |
Calibration Fee |
|
262 |
12031 - 10101 |
pH meter with associated electrode |
1 - 11 pH |
0.02 pH |
Calibration Fee |
|
263 |
12031 - 10401 |
Assigned electrolytic conductivity value for sample (secondary method) |
1413 mS/cm |
0.2% relative |
Calibration Fee |
|
264 |
12031-10402 |
Assigned electrolytic conductivity value for sample (secondary method) |
147 mS/cm |
1% relative |
Calibration Fee |
|
265 |
12051 - 10101 |
Oxygen Gas Analyzer |
1-30 cmol/mol |
0.25-0.45% relative |
3-point calibration |
Calibration Fee |
266 |
12051 - 10201 |
Carbon dioxide Analyzer |
1-15 cmol/mol |
1.0% relative |
3-point calibration |
Calibration Fee |
267 |
12051 - 10301 |
Methane Analyzer |
1-15 cmol/mol |
0.35% relative |
3-point calibration |
Calibration Fee |
268 |
12051 - 10401 |
Carbon Monoxide Gas Analyzer |
5-100 mmol/mol |
0.50-0.84% relative |
3-point calibration |
Calibration Fee |
269 |
12011 - 20202 |
10% Brix Sucrose Standard Solution (TRM-S-5002) |
10.00 %Brix, 1.34782 nD |
0.04 %Brix, 0.00008 nD |
RMs/CRMs |
|
270 |
12011 - 20203 |
20% Brix Sucrose Standard Solution (TRM-S-5003) |
20.00%Brix, 1.36384 nD |
0.04 %Brix, 0.00008 nD |
RMs/CRMs |
|
271 |
12011 - 20204 |
30% Brix Sucrose Standard Solution (TRM-S-5004) |
30.00 %Brix, 1.38115 nD |
0.04 %Brix, 0.00008 nD |
RMs/CRMs |
|
272 |
12012 - 20201 |
5% Brix Sucrose Standard Solution (TRM-S-5001) |
5.00 %Brix, 1.34026 nD |
0.04 %Brix, 0.00007 nD |
RMs/CRMs |
|
273 |
12011 - 20205 |
50% Brix Sucrose Standard Solution (TRM-S-5005) |
50.00%Brix, 1.42009 nD |
0.04 %Brix, 0.00008 nD |
RMs/CRMs |
|
274 |
12011 - 20206 |
60% Brix Sucrose Standard Solution (TRM-S-5006) |
60.00 %Brix, 1.44193 nD |
0.04 %Brix, 0.00009 nD |
RMs/CRMs |
|
275 |
12011 - 20207 |
Benzene in methanol (TRM-S-5007) |
1,000 mg/L |
1.4 % Relative |
RMs/CRMs |
|
276 |
12011 - 20208 |
Ethylbenzene in methanol (TRM-S-5008) |
1,000 mg/L |
1.1 % Relative |
RMs/CRMs |
|
277 |
12011 - 20209 |
Toluene in methanol (TRM-S-5009) |
1,000 mg/L |
1.4 % Relative |
RMs/CRMs |
|
278 |
12011 - 20210 |
o-xylene in methanol (TRM-S-5010) |
1,000 mg/L |
2.2 % Relative |
RMs/CRMs |
|
279 |
12011 - 20211 |
m-xylene in methanol (TRM-S-5011) |
1,000 mg/L |
1.0 % Relative |
RMs/CRMs |
|
280 |
12011 - 20212 |
p-xylene in methanol (TRM-S-5012) |
1,000 mg/L |
1.3% Relative |
RMs/CRMs |
|
281 |
12011 - 20213 |
Organochlorine Pesticide Mix set 1 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
282 |
12011-20221 |
Organochlorine Pesticide Mix set 2 |
100 mg/kg |
2% relative |
RMs/CRMs |
|
283 |
12011 - 20214 |
Organophosphate Pesticide Mix set 1 |
100 mg/kg |
5% relative |
RMs/CRMs |
|
284 |
12011 - 20215 |
Organophosphate Pesticide Mix set 2 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
285 |
12011-20219 |
Organophosphate Pesticide Mix set 3 |
100 mg/kg |
4% relative |
RMs/CRMs |
|
286 |
12011-20220 |
Organophosphate Pesticide Mix set 4 |
100 mg/kg |
4% relative |
RMs/CRMs |
|
287 |
12011-20225 |
Organophosphate Pesticide Mix set 5 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
288 |
12011 - 20216 |
Acaricide Pesticide Mix set 1 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
289 |
12011-20224 |
Acaricide Pesticide Mix set 2 |
100 mg/kg |
2 % relative |
RMs/CRMs |
|
290 |
12011 - 20217 |
Carbamate Pesticide Mix set 1 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
291 |
12011-20218 |
Pyrethroid Pesticide Mix set 1 |
100 mg/kg |
2 % relative |
RMs/CRMs |
|
292 |
12011-20222 |
Pyrethroid Pesticide Mix set 2 |
100 mg/kg |
3 % relative |
RMs/CRMs |
|
293 |
12011-20225 |
Insecticide Pesticide Mix set 1 |
100 mg/kg |
2 % relative |
RMs/CRMs |
|
294 |
12011 - 20601 |
Total malachite green in shrimp (TRM-F-5001) |
18.35 ?g/kg |
4.00 % Relative |
RMs/CRMs |
|
295 |
12011 - 20602 |
Aflatoxins in peanut butter (TRM-F-5002) |
2-10 ng/g |
8-10% relative |
30 g/bottle |
RMs/CRMs |
296 |
12011 - 20501 |
Total chloresterol in frozen human serum (TRM-C-5001) |
2 .05 mg/g |
6% relative |
RMs/CRMs |
|
297 |
12011-20901 |
Clenbuterol in feed |
71.9 ?g/kg |
5.43 % relative |
RMs/CRMs |
|
298 |
12011-20902 |
Salbutamol in feed |
79.5 ?g/kg |
14.21 % relative |
RMs/CRMs |
|
299 |
12031 - 20205 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 2 : 1 concentration (TRM-S-2009a) |
RMs/CRMs |
300 |
12031 - 20204 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 3 : 2 concentrations (TRM-S-2009b) |
RMs/CRMs |
301 |
12031 - 20203 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 4 : 3 concentrations (TRM-S-2009c) |
RMs/CRMs |
302 |
12031 - 20202 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 5 : 4 concentrations (TRM-S-2009d) |
RMs/CRMs |
303 |
12031 - 20201 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 6 : 5 concentrations (TRM-S-2009e) |
RMs/CRMs |
304 |
12031 - 20206 |
Potassium Iodide Standard Solution (TRM-S-2010) |
10 g/L |
0.5 nm |
RMs/CRMs |
|
305 |
12031 - 20301 |
Zinc standard solution (TRM-S-2011) |
10,000 ppm |
1% |
RMs/CRMs |
|
306 |
12031 - 20302 |
Cadmium standard solution (TRM-S-2012) |
10,000 ppm |
1% |
RMs/CRMs |
|
307 |
12031 - 20401 |
Chloride standard solution (TRM-S-2013) |
100 ppm |
1% |
RMs/CRMs |
|
308 |
12031 - 20501 |
Sodium standard solution (TRM-S-2014) |
100 ppm |
1% |
RMs/CRMs |
|
309 |
12022 - 20001 |
Elements in Glutinous Rice Powder (TRM-F-4001) |
Cd 0.69 mg/kg |
0.06 mg/kg |
30 g/bottle |
RMs/CRMs |
310 |
Elements in Glutinous Rice Powder (TRM-F-4001) |
Cu 1.5 mg/kg |
0.1 mg/kg |
RMs/CRMs |
||
311 |
Elements in Glutinous Rice Powder (TRM-F-4001) |
Mn 7.8 mg/kg |
1.0 mg/kg |
RMs/CRMs |
||
312 |
Elements in Glutinous Rice Powder (TRM-F-4001) |
Zn 21.2 mg/kg |
1.0 mg/kg |
RMs/CRMs |
||
313 |
12022 - 20002 |
Trace and Essential Elements in Prawn (TRM-F-4002) |
Cd 2.05 mg/kg |
0.11 mg/kg |
5 g/bottle |
RMs/CRMs |
314 |
Trace and Essential Elements in Prawn (TRM-F-4002) |
Cu 49 mg/kg |
2 mg/kg |
RMs/CRMs |
||
315 |
Trace and Essential Elements in Prawn (TRM-F-4002) |
Pb 1.8 mg/kg |
0.1 mg/kg |
RMs/CRMs |
||
316 |
Trace and Essential Elements in Prawn (TRM-F-4002) |
Zn 81 mg/kg |
4 mg/kg |
RMs/CRMs |
||
317 |
12022 - 20003 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, Low Levels (TRM-M-4001) |
Cd 10.1 mg/kg |
0.5 mg/kg |
30 g/bottle |
RMs/CRMs |
318 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, Low Levels (TRM-M-4001) |
Cr 21 mg/kg |
1 mg/kg |
RMs/CRMs |
||
319 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, Low Levels (TRM-M-4001) |
Hg 102 mg/kg |
7 mg/kg |
RMs/CRMs |
||
320 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, Low Levels (TRM-M-4001) |
Pb 82 mg/kg |
4 mg/kg |
RMs/CRMs |
||
321 |
12022 - 20004 |
Elements in Soil (TRM-E-4001) |
Cd 0.85 mg/kg |
0.10 mg/kg |
30 g/bottle |
RMs/CRMs |
322 |
Elements in Soil (TRM-E-4001) |
Cu 27.7 mg/kg |
2.1 mg/kg |
RMs/CRMs |
||
323 |
Elements in Soil (TRM-E-4001) |
Ni 43.7 mg/kg |
2.8 mg/kg |
RMs/CRMs |
||
324 |
Elements in Soil (TRM-E-4001) |
Pb 29.5 mg/kg |
1.9 mg/kg |
RMs/CRMs |
||
325 |
Elements in Soil (TRM-E-4001) |
Zn 69.6 mg/kg |
7.8 mg/kg |
RMs/CRMs |
||
326 |
12022-20005 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, High Levels (TRM-M-4002) |
Cd 102 mg/kg |
4 mg/kg |
30 g/bottle |
RMs/CRMs |
327 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, High Levels (TRM-M-4002) |
Cr 172 mg/kg |
7 mg/kg |
RMs/CRMs |
||
328 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, High Levels (TRM-M-4002) |
Hg 1025 mg/kg |
61 mg/kg |
RMs/CRMs |
||
329 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, High Levels (TRM-M-4002) |
Pb 837 mg/kg |
36 mg/kg |
RMs/CRMs |
||
330 |
12022-20006 |
Elements in Human Serum (TRM-C-4001) |
Ca 92.9 mg/kg |
6.3 mg/kg |
4 mL/bottle |
RMs/CRMs |
331 |
Elements in Human Serum (TRM-C-4001) |
K 168 mg/kg |
11 mg/kg |
RMs/CRMs |
||
332 |
Elements in Human Serum (TRM-C-4001) |
Mg 21.8 mg/kg |
1.3 mg/kg |
RMs/CRMs |
||
333 |
12022-20007 |
Arsenic in White Rice Flour (TRM-F-4003) |
Total As 100 ?g/kg |
7 ?g/kg |
25 g/bottle |
RMs/CRMs |
334 |
12022-20008 |
Trace Elements in Drinking Water (TRM-E-4002) |
Cd 0.0050 mg/kg |
0.0003 mg/kg |
100 mL/bottle |
RMs/CRMs |
335 |
Trace Elements in Drinking Water (TRM-E-4002) |
Cu 0.504 mg/kg |
0.011 mg/kg |
RMs/CRMs |
||
336 |
Trace Elements in Drinking Water (TRM-E-4002) |
Pb 0.061 mg/kg |
0.004 mg/kg |
RMs/CRMs |
||
337 |
Trace Elements in Drinking Water (TRM-E-4002) |
Zn 0.632 mg/kg |
0.018 mg/kg |
RMs/CRMs |
||
338 |
12031 - 20107 |
Secondary pH standard |
1.08 - 1.12 pH |
0.02 pH |
0.01 N Hydrochloric acid (TRM-S-2001) |
RMs/CRMs |
339 |
12031 - 20106 |
Secondary pH standard |
1.66 - 1.70 pH |
0.02 pH |
Tetroxalate pH standard (TRM-S-2002) |
RMs/CRMs |
340 |
12031 - 20108 |
Secondary pH standard |
11.70 - 11.74 pH |
0.02 pH |
Alkaline phosphate pH standard (TRM-S-2008) |
RMs/CRMs |
341 |
12031 - 20101 |
Secondary pH standard |
3.99 - 4.02 pH |
0.01 pH |
Phthalate pH standard (TRM-S-2003) |
RMs/CRMs |
342 |
12031 - 20102 |
Secondary pH standard |
6.85 - 6.88 pH |
0.01 pH |
Phosphate pH standard (TRM-S-2004) |
RMs/CRMs |
343 |
12031 - 20104 |
Secondary pH standard |
6.99 - 7.03 pH |
0.01 pH |
Phosphate pH standard (TRM-S-2005) |
RMs/CRMs |
344 |
12031 - 20103 |
Secondary pH standard |
9.17 - 9.20 pH |
0.01 pH |
Tetraborate pH standard (TRM-S-2006) |
RMs/CRMs |
345 |
12031 - 20105 |
Secondary pH standard |
9.99 - 10.02 pH |
0.10 pH |
Carbonate pH standard (TRM-S-2007) |
RMs/CRMs |
346 |
12031 - 20601 |
Secondary electrolytic conductivity solution (0.1 mol/l KCl) (TRM-S-2018) |
12.88 mS/cm |
0.1 mS/cm |
RMs/CRMs |
|
347 |
12031 - 20602 |
Secondary electrolytic conductivity solution (0.01mol/l KCl) (TRM-S-2019) |
1413 mS/cm |
0.2% relative |
RMs/CRMs |
|
348 |
12031 ? 20603 |
Secondary electrolytic conductivity solution (0.001mol/l KCl) (TRM-S-2017) |
147 mS/cm |
1%relative |
RMs/CRMs |
|
349 |
12031 - 20701 |
pH of ethanol (TRM-S-2016) |
6.0 - 8.0 pH |
0.5 pH |
RMs/CRMs |
|
350 |
120310 - 10403 |
Electrolytic conductivity of ethanol |
1-500 mS/m |
5% relative |
RMs/CRMs |
|
351 |
12051 - 20101 |
Oxygen in Nitrogen (1-30 cmol/mol) (TRM-E-3010) |
1-30 cmol/mol |
0.25-0.45% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
352 |
12051 - 20102 |
Oxygen in Nitrogen (1-30 cmol/mol) (TRM-E-3010) |
1-30 cmol/mol |
0.25-0.45% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
353 |
12051 - 20103 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
354 |
12051 - 20104 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
355 |
12051 - 20105 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
356 |
12051 - 20107 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
357 |
12051 - 20106 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
358 |
12051 - 20108 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
359 |
12051 - 20201 |
Carbon dioxide in Nitrogen (1-15 cmol/mol) (TRM-E-3020) |
1-15 cmol/mol |
1.0% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
360 |
12051 - 20202 |
Carbon dioxide in Nitrogen (1-15 cmol/mol) (TRM-E-3020) |
1-15 cmol/mol |
1.0% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
361 |
12051 - 20301 |
Methane in Nitrogen (1-15 cmol/mol) (TRM-E-3030) |
1-15 cmol/mol |
0.35% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
362 |
12051 - 20302 |
Methane in Nitrogen (1-15 cmol/mol) (TRM-E-3030) |
1-15 cmol/mol |
0.35% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
363 |
12051 - 20303 |
Methane in Nitrogen (1-10 cmol/mol) (TRM-E-3031) |
1-10 cmol/mol |
0.7% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
364 |
12051 - 20304 |
Methane in Nitrogen (1-10 cmol/mol) (TRM-E-3031) |
1-10 cmol/mol |
0.7% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
365 |
12050-20601 |
Propane in Nitrogen (200 - 5,000 mmol/mol) (TRM-E-3061) |
200-5,000 mmol/mol |
0.5% relative |
Cylinder volume : 10 Liters Filling Pressure : 100 bar |
RMs/CRMs |
366 |
12050-20602 |
Propane in Nitrogen (200 - 5,000 mmol/mol) (TRM-E-3061) |
200-5,000 mmol/mol |
0.5% relative |
Cylinder volume : 10 Liters Filling Pressure : 100 bar |
RMs/CRMs |
367 |
12011 - 60601 |
Malachite green in seafood by ID-LC-MS/MS |
0.5 - 20 mg/kg |
9.0 - 9.5 % relative |
Capability reference: CCQM-K85 (2010) |
Analysis Fee |
368 |
12011 - 60602 |
Leuco-malachite green in seafood by ID-LC-MS/MS |
0.5 - 20 mg/kg |
8.0 - 8.5 % relative |
Capability reference: CCQM-K85 (2010) |
Analysis Fee |
369 |
12011 - 60603 |
Total malachite green in seafood by ID-LC-MS/MS |
1.0 - 40 mg/kg |
6.2 - 7.0 % relative |
Capability reference: CCQM-K85 (2010) |
Analysis Fee |
370 |
12011 - 60604 |
Melamine in milk powder and dairy products by ID-LC-MS/MS |
0.1 - 5.0 mg/kg |
5.5 - 6.5 % relative |
Capability reference: CCQM-K103 (2012) |
Analysis Fee |
371 |
12011 - 60605 |
Chloramphenicol in food by ID-LC-MS/MS |
0.1 - 10.0 mg/kg |
7.0 - 8.0 % relative |
Capability reference: CCQM-K81 (2009) |
Analysis Fee |
372 |
12011 - 60606 |
Endosulfan (II) in fruits and vegetables by ID-GC/MS |
100 - 1000 ?g/kg |
4.5 - 5.5 % relative |
Capability reference: CCQM-P136 (2012) |
Analysis Fee |
373 |
12011 - 60607 |
Endosulfan sulfate in fruits and vegetables by ID-GC/MS |
100 - 1000 ?g/kg |
4.5 - 5.5 % relative |
Capability reference: CCQM-P136 (2012) |
Analysis Fee |
374 |
12011 - 60608 |
b-agonists in meat by ID-LC-MS/MS |
1 - 50 ?g/kg |
5.0 - 6.0 % relative |
Capability reference: APMP.QM-S6 (2013) |
Analysis Fee |
375 |
12011 - 60501 |
Total cholesterol in frozen human serum by ID-LC-MS/MS |
0.01-5.00 mg/g |
5-6% relative |
Capability reference: CCQM-K6.2 (2013) |
Analysis Fee |
376 |
12011 - 60609 |
One type aflatoxin in nuts and seeds |
2-10 ng/g |
6-8%relative |
type of aflatoxin: AFB1, AFB2, AFG1 and AFG2 |
Analysis Fee |
377 |
12011 - 60610 |
Two types aflatoxin in nuts and seeds |
2-10 ng/g |
6-8%relative |
Analysis Fee |
|
378 |
12011 - 60611 |
three types aflatoxin in nuts and seeds |
2-10 ng/g |
6-8%relative |
Analysis Fee |
|
379 |
12011 - 60612 |
Four types aflatoxin in nuts and seeds |
2-10 ng/g |
6-8%relative |
Analysis Fee |
|
380 |
12011 - 60101 |
Purity assessment of aldrin |
GC, purity>95% TGA inorganic residue as specification KFT, water as specification GC-HS, organic solvent as specification |
As specification |
Capability reference: CCQM-K55.b (2010) |
Analysis Fee |
381 |
12011 - 60102 |
Purity assessment of L-valine |
HPLC, purity>95% TGA inorganic residue as specification KFT, water as specification GC-HS, organic solvent as specification |
As specification |
Capability reference: CCQM-K55.c (2012) |
Analysis Fee |
382 |
12011 - 60103 |
Purity assessment of Avermectin |
HPLC, purity>92% TGA inorganic residue as specification KFT, water as specification GC-HS, organic solvent as specification |
As specification |
Capability reference: CCQM-K104 (2013) |
Analysis Fee |
383 |
12011 - 60201 |
Assigned Brix and Refractive Index value for sample |
5.00 - 60.00 % Brix, 1.34026 - 1.44193 nD |
0.04 % Brix, 0.00008 nD |
Analysis Fee |
|
384 |
12011-60502 |
Glucose in human serum by ID-LC-MS/MS |
0.12- 4.5 mg/g |
3-4 %relative |
Capability reference: CCQM-K104 (2013) |
Analysis Fee |
385 |
12011-60901 |
Clenbuterol in feed |
10-1000 mg/kg |
5-6%relative |
Analysis Fee |
|
386 |
12011-60902 |
Salbutermol in feed |
10-1000 mg/kg |
5-6% relative |
Analysis Fee |
|
387 |
12022 - 60101 |
Arsenic (total) in plant materials by standard addition |
As(total): 0.5 - 5.0 mg/kg |
7.0 - 7.5 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
388 |
12022 - 60102 |
Arsenic (total) in seafood by standard addition |
As(total): 10 - 100 mg/kg |
4.5 - 5.5 % relative |
Capability reference: APMP.QM-S5(2012) |
Analysis Fee |
389 |
12022 - 60103 |
Arsenic (total) in cereal and cereal products by standard addition |
As: 0.005 - 0.05 mg/kg |
6.5 - 7.5% relative |
Capability reference: CCQM-K108 (2014) |
Analysis Fee |
390 |
12022 - 60301 |
Cadmium in plant materials by ICP-IDMS |
Cd: 0.1 - 10.0 mg/kg |
2.5 - 3.0 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
391 |
12022 - 60303 |
Cadmium in cereal and cereal products by ICP-IDMS |
Cd: 0.1-1.0 mg/kg |
3.5 - 4.0 % relative |
Capability reference: APMP.QM-S3 (2008) |
Analysis Fee |
392 |
12022 - 60304 |
Cadmium in fresh water by ICP-IDMS |
Cd: 1-5 ug/kg |
4.5 - 5.0 % relative |
Capability reference: SIM-QM-S2 (2010) |
Analysis Fee |
393 |
12022 - 60305 |
Cadmium in plastic by ICP-IDMS |
Cd: 20-80 mg/kg |
1.5 - 2.0 % relative |
Capability reference: CCQM-P106 (2008) |
Analysis Fee |
394 |
12022 - 60201 |
Calcium in plant materials by ICP-IDMS |
Ca: 5 - 50 mg/g |
4.0 - 4.5 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
395 |
12022 - 60203 |
Calcium in cereal and cereal products by ICP-IDMS |
Ca: 1000-2000 mg/kg |
3.0 - 3.5 % relative |
Capability reference: CCQM-K56 (2007) |
Analysis Fee |
396 |
12022 - 60204 |
Calcium in fresh water by ICP-IDMS |
Ca: 2 - 25 mg/kg |
3.0 - 3.5 % relative |
Capability reference: SIM-QM-S2 (2010) |
Analysis Fee |
397 |
12022 - 60405 |
Chromium in plastic by ICP-IDMS |
Cr: 100-400 mg/kg |
2.5 - 3.0 % relative |
Capability reference: CCQM-P106 (2008) |
Analysis Fee |
398 |
12022 - 60503 |
Copper in cereal and cereal products by ICP-IDMS |
Cu: 5-20 mg/kg |
2.0 - 2.5 % relative |
Capability reference: CCQM-K56 (2007) |
Analysis Fee |
399 |
12022 - 60506 |
Copper in bio Fuel by ICP-IDMS |
Cu : 0.05 - 1.00 mg/kg |
3.0- 4.0 % relative |
Capability reference: CCQM-K100 (2012) |
Analysis Fee |
400 |
12022 - 60602 |
Iron in seafood by ICP-IDMS |
Fe: 50 - 500 mg/kg |
3.5 - 4.5 % relative |
Capability reference: APMP.QM-S5 (2012) |
Analysis Fee |
401 |
12022 - 61001 |
Lead in plant materials by ICP-IDMS |
Pb: 0.1 - 10.0 mg/kg |
2.5 - 3.0 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
402 |
12022 - 61005 |
Lead in plastic by ICP-IDMS |
Pb: 50-600 mg/kg |
1.5 - 2.0 % relative |
Capability reference: CCQM-P106 (2008) |
Analysis Fee |
403 |
12022 - 61004 |
Lead in fresh water by ICP-IDMS |
Pb: 5-30 ug/kg |
2.5 - 3.0 % relative |
Capability reference: SIM-QM-S2 (2010) |
Analysis Fee |
404 |
12022 - 60904 |
Nickel in fresh water by ICP-IDMS |
Ni: 50-80 ug/kg |
3.0 - 3.5 % relative |
Capability reference: SIM-QM-S2 (2010) |
Analysis Fee |
405 |
12022 - 60808 |
Magnesium in biological fluids by ICP-IDMS |
Mg: 5 - 50 mg/kg |
0.5 - 1.5% relative |
Capability reference: CCQM-K107 (2014) |
Analysis Fee |
406 |
12022 - 60708 |
Potassium in biological fluids by ICP-IDMS |
K: 50 - 500 mg/kg |
3.5 - 4.5% relative |
Capability reference: CCQM-K107 (2014) |
Analysis Fee |
407 |
12022 - 61101 |
Zinc in plant materials by ICP-IDMS |
Zn: 10 - 100 mg/kg |
1.0 - 1.5 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
408 |
12022 - 61103 |
Zinc in cereal and cereal products by ICP-IDMS |
Zn: 10-80 mg/kg |
3.0 - 3.5 % relative |
Capability reference: CCQM-K56 (2007) |
Analysis Fee |
409 |
12022 - 61107 |
Zinc in meat by ICP-IDMS |
Zn: 70-300 mg/kg |
4.5 - 5.0 % relative |
Capability reference: CCQM-P85 (2006) |
Analysis Fee |
410 |
12022 - 61102 |
Zinc in seafood by ICP-IDMS |
Zn: 10 - 100 mg/kg |
4.5 - 5.5 % relative |
Capability reference: APMP.QM-S5 (2012) |
Analysis Fee |
411 |
12041 - 60101 |
Quantification of genomic DNA fragment extracted from maize powder |
As specification |
As specification |
Analysis Fee |
|
412 |
12051 - 60101 |
Oxygen in Nitrogen |
1-30 cmol/mol |
0.25-0.45% relative |
Analysis Fee |
|
413 |
12051 - 60401 |
Carbon Monoxide in Nitrogen |
5-100 mmol/mol |
0.50-0.84% relative |
Analysis Fee |
|
414 |
12052 - 60201 |
Carbon Dioxide in Nitrogen |
0.1-15 cmol/mol |
1.0% relative |
Analysis Fee |
|
415 |
12050 - 60202 |
Carbon Dioxide in Nitrogen |
1-15 cmol/mol |
0.5% relative |
Analysis Fee |
|
416 |
12051 - 60301 |
Methane in Nitrogen |
0.1-15 cmol/mol |
0.35% relative |
Analysis Fee |
|
417 |
12050 - 60302 |
Methane in Nitrogen |
200-1,000 ?mol/mol |
0.7% relative |
Analysis Fee |
|
418 |
12051 - 60501 |
Sulfur Dioxide in Nitrogen |
50 - 500 ?mol/mol |
1.2% relative |
Analysis Fee |
|
419 |
12050 - 60502 |
Sulfur Dioxide in Nitrogen |
500 - 2,000 mmol/mol |
0.5% relative |
Analysis Fee |
|
420 |
12050 - 60601 |
Propane in Nitrogen |
1 - 10 cmol/mol |
0.4% relative |
Analysis Fee |
|
421 |
12050 - 60603 |
Propane in Nitrogen |
20 -200 mmol/mol |
1.0% relative |
Analysis Fee |
|
422 |
12050 - 60602 |
Propane in Nitrogen |
200 - 5,000 mmol/mol |
0.5% relative |
Analysis Fee |
|
423 |
12050 - 60701 |
Nitrogen Monoxide in Nitrogen |
1,000 - 10,000 mmol/mol |
0.6% relative |
Analysis Fee |
|
424 |
12031 - 10202 |
Piston pipette |
0.1 ml to 20 ml |
0.04 mL |
Calibration Fee |
|
425 |
12031 - 10201 |
Piston pipette |
20 mL to 10 mL |
0.04 mL |
Calibration Fee |
|
426 |
12031 - 10203 |
Volumetric Flask |
25 mL to 2000 mL |
Class A |
Calibration Fee |
|
427 |
12031 - 10204 |
Pipette |
1 mL to 50 mL |
Class A |
Calibration Fee |
|
428 |
12031 - 10205 |
Burette |
Up to 100 mL |
Class A |
Calibration Fee |
|
429 |
12031 - 10206 |
Pycnometer |
1 mL to 500 mL |
0.1% to 1% |
Calibration Fee |
|
430 |
12031 - 10301 |
Potassium Dichromate Standard Solutions (Recalibrate) |
20 to 100 mg/kg |
0.003 A |
Calibration Fee |
|
431 |
12031 - 10302 |
Potassium Iodide Standard Solution (Recalibrate) |
10 g/L |
0.5 nm |
Calibration Fee |
|
432 |
12031 - 10303 |
Holmium Filter (Recalibrate) |
200 nm to 700 nm |
0.3 nm |
Calibration Fee |
|
433 |
12031 - 10304 |
Didymium Filter (Recalibrate) |
400 nm to 900 nm |
0.3 nm |
Calibration Fee |
|
434 |
12031 - 10307 |
Neodymium filter (Recalibration) |
400 nm to 900 nm |
0.3 nm |
Calibration Fee |
|
435 |
12031 - 10305 |
Neutral Density Filter (Recalibrate) |
400 nm to 700 nm |
0.003 A |
Calibration Fee |
|
436 |
12031 - 10306 |
Recaibrate standard solution for stray light |
10 g/L |
0.12 nm |
Calibration Fee |
|
437 |
12031 - 10102 |
Assigned pH value for sample (secondary method) |
3.99 - 4.02 pH |
0.01 pH |
Calibration Fee |
|
438 |
12031 - 10103 |
Assigned pH value for sample (secondary method) |
6.85 - 6.88 pH |
0.01 pH |
Calibration Fee |
|
439 |
12031 - 10104 |
Assigned pH value for sample (primary method) |
3.99 - 4.02 pH |
0.008 pH |
Calibration Fee |
|
440 |
12031 - 10105 |
Assigned pH value for sample (primary method) |
6.85 - 6.88 pH |
0.005 pH |
Calibration Fee |
|
441 |
12032 - 10108 |
Assigned pH value for sample (primary method) |
9.16 - 9.20 pH |
0.008 pH |
Calibration Fee |
|
442 |
12031 - 10106 |
Assigned pH value for sample (secondary method) |
1 - 12 pH |
0.01 pH |
Calibration Fee |
|
443 |
12031 - 10107 |
Assigned pH value for sample (primary method) |
1 - 12 pH |
0.008 pH |
Calibration Fee |
|
444 |
12032 - 10101 |
pH meter with associated electrode |
(-414.11 mV) to 414.11 mV |
0.06 mV |
Calibration Fee |
|
445 |
12031 - 10101 |
pH meter with associated electrode |
1 - 11 pH |
0.02 pH |
Calibration Fee |
|
446 |
12031 - 10401 |
Assigned electrolytic conductivity value for sample (secondary method) |
1413 mS/cm |
0.2% relative |
Calibration Fee |
|
447 |
12031-10402 |
Assigned electrolytic conductivity value for sample (secondary method) |
147 mS/cm |
1% relative |
Calibration Fee |
|
448 |
12051 - 10101 |
Oxygen Gas Analyzer |
1-30 cmol/mol |
0.25-0.45% relative |
3-point calibration |
Calibration Fee |
449 |
12051 - 10201 |
Carbon dioxide Analyzer |
1-15 cmol/mol |
1.0% relative |
3-point calibration |
Calibration Fee |
450 |
12051 - 10301 |
Methane Analyzer |
1-15 cmol/mol |
0.35% relative |
3-point calibration |
Calibration Fee |
451 |
12051 - 10401 |
Carbon Monoxide Gas Analyzer |
5-100 mmol/mol |
0.50-0.84% relative |
3-point calibration |
Calibration Fee |
452 |
12011 - 20202 |
10% Brix Sucrose Standard Solution (TRM-S-5002) |
10.00 %Brix, 1.34782 nD |
0.04 %Brix, 0.00008 nD |
RMs/CRMs |
|
453 |
12011 - 20203 |
20% Brix Sucrose Standard Solution (TRM-S-5003) |
20.00%Brix, 1.36384 nD |
0.04 %Brix, 0.00008 nD |
RMs/CRMs |
|
454 |
12011 - 20204 |
30% Brix Sucrose Standard Solution (TRM-S-5004) |
30.00 %Brix, 1.38115 nD |
0.04 %Brix, 0.00008 nD |
RMs/CRMs |
|
455 |
12012 - 20201 |
5% Brix Sucrose Standard Solution (TRM-S-5001) |
5.00 %Brix, 1.34026 nD |
0.04 %Brix, 0.00007 nD |
RMs/CRMs |
|
456 |
12011 - 20205 |
50% Brix Sucrose Standard Solution (TRM-S-5005) |
50.00%Brix, 1.42009 nD |
0.04 %Brix, 0.00008 nD |
RMs/CRMs |
|
457 |
12011 - 20206 |
60% Brix Sucrose Standard Solution (TRM-S-5006) |
60.00 %Brix, 1.44193 nD |
0.04 %Brix, 0.00009 nD |
RMs/CRMs |
|
458 |
12011 - 20207 |
Benzene in methanol (TRM-S-5007) |
1,000 mg/L |
1.4 % Relative |
RMs/CRMs |
|
459 |
12011 - 20208 |
Ethylbenzene in methanol (TRM-S-5008) |
1,000 mg/L |
1.1 % Relative |
RMs/CRMs |
|
460 |
12011 - 20209 |
Toluene in methanol (TRM-S-5009) |
1,000 mg/L |
1.4 % Relative |
RMs/CRMs |
|
461 |
12011 - 20210 |
o-xylene in methanol (TRM-S-5010) |
1,000 mg/L |
2.2 % Relative |
RMs/CRMs |
|
462 |
12011 - 20211 |
m-xylene in methanol (TRM-S-5011) |
1,000 mg/L |
1.0 % Relative |
RMs/CRMs |
|
463 |
12011 - 20212 |
p-xylene in methanol (TRM-S-5012) |
1,000 mg/L |
1.3% Relative |
RMs/CRMs |
|
464 |
12011 - 20213 |
Organochlorine Pesticide Mix set 1 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
465 |
12011-20221 |
Organochlorine Pesticide Mix set 2 |
100 mg/kg |
2% relative |
RMs/CRMs |
|
466 |
12011 - 20214 |
Organophosphate Pesticide Mix set 1 |
100 mg/kg |
5% relative |
RMs/CRMs |
|
467 |
12011 - 20215 |
Organophosphate Pesticide Mix set 2 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
468 |
12011-20219 |
Organophosphate Pesticide Mix set 3 |
100 mg/kg |
4% relative |
RMs/CRMs |
|
469 |
12011-20220 |
Organophosphate Pesticide Mix set 4 |
100 mg/kg |
4% relative |
RMs/CRMs |
|
470 |
12011-20225 |
Organophosphate Pesticide Mix set 5 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
471 |
12011 - 20216 |
Acaricide Pesticide Mix set 1 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
472 |
12011-20224 |
Acaricide Pesticide Mix set 2 |
100 mg/kg |
2 % relative |
RMs/CRMs |
|
473 |
12011 - 20217 |
Carbamate Pesticide Mix set 1 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
474 |
12011-20218 |
Pyrethroid Pesticide Mix set 1 |
100 mg/kg |
2 % relative |
RMs/CRMs |
|
475 |
12011-20222 |
Pyrethroid Pesticide Mix set 2 |
100 mg/kg |
3 % relative |
RMs/CRMs |
|
476 |
12011-20225 |
Insecticide Pesticide Mix set 1 |
100 mg/kg |
2 % relative |
RMs/CRMs |
|
477 |
12011 - 20601 |
Total malachite green in shrimp (TRM-F-5001) |
18.35 ?g/kg |
4.00 % Relative |
RMs/CRMs |
|
478 |
12011 - 20602 |
Aflatoxins in peanut butter (TRM-F-5002) |
2-10 ng/g |
8-10% relative |
30 g/bottle |
RMs/CRMs |
479 |
12011 - 20501 |
Total chloresterol in frozen human serum (TRM-C-5001) |
2 .05 mg/g |
6% relative |
RMs/CRMs |
|
480 |
12011-20901 |
Clenbuterol in feed |
71.9 ?g/kg |
5.43 % relative |
RMs/CRMs |
|
481 |
12011-20902 |
Salbutamol in feed |
79.5 ?g/kg |
14.21 % relative |
RMs/CRMs |
|
482 |
12031 - 20205 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 2 : 1 concentration (TRM-S-2009a) |
RMs/CRMs |
483 |
12031 - 20204 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 3 : 2 concentrations (TRM-S-2009b) |
RMs/CRMs |
484 |
12031 - 20203 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 4 : 3 concentrations (TRM-S-2009c) |
RMs/CRMs |
485 |
12031 - 20202 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 5 : 4 concentrations (TRM-S-2009d) |
RMs/CRMs |
486 |
12031 - 20201 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 6 : 5 concentrations (TRM-S-2009e) |
RMs/CRMs |
487 |
12031 - 20206 |
Potassium Iodide Standard Solution (TRM-S-2010) |
10 g/L |
0.5 nm |
RMs/CRMs |
|
488 |
12031 - 20301 |
Zinc standard solution (TRM-S-2011) |
10,000 ppm |
1% |
RMs/CRMs |
|
489 |
12031 - 20302 |
Cadmium standard solution (TRM-S-2012) |
10,000 ppm |
1% |
RMs/CRMs |
|
490 |
12031 - 20401 |
Chloride standard solution (TRM-S-2013) |
100 ppm |
1% |
RMs/CRMs |
|
491 |
12031 - 20501 |
Sodium standard solution (TRM-S-2014) |
100 ppm |
1% |
RMs/CRMs |
|
492 |
12022 - 20001 |
Elements in Glutinous Rice Powder (TRM-F-4001) |
Cd 0.69 mg/kg |
0.06 mg/kg |
30 g/bottle |
RMs/CRMs |
493 |
Elements in Glutinous Rice Powder (TRM-F-4001) |
Cu 1.5 mg/kg |
0.1 mg/kg |
RMs/CRMs |
||
494 |
Elements in Glutinous Rice Powder (TRM-F-4001) |
Mn 7.8 mg/kg |
1.0 mg/kg |
RMs/CRMs |
||
495 |
Elements in Glutinous Rice Powder (TRM-F-4001) |
Zn 21.2 mg/kg |
1.0 mg/kg |
RMs/CRMs |
||
496 |
12022 - 20002 |
Trace and Essential Elements in Prawn (TRM-F-4002) |
Cd 2.05 mg/kg |
0.11 mg/kg |
5 g/bottle |
RMs/CRMs |
497 |
Trace and Essential Elements in Prawn (TRM-F-4002) |
Cu 49 mg/kg |
2 mg/kg |
RMs/CRMs |
||
498 |
Trace and Essential Elements in Prawn (TRM-F-4002) |
Pb 1.8 mg/kg |
0.1 mg/kg |
RMs/CRMs |
||
499 |
Trace and Essential Elements in Prawn (TRM-F-4002) |
Zn 81 mg/kg |
4 mg/kg |
RMs/CRMs |
||
500 |
12022 - 20003 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, Low Levels (TRM-M-4001) |
Cd 10.1 mg/kg |
0.5 mg/kg |
30 g/bottle |
RMs/CRMs |
501 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, Low Levels (TRM-M-4001) |
Cr 21 mg/kg |
1 mg/kg |
RMs/CRMs |
||
502 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, Low Levels (TRM-M-4001) |
Hg 102 mg/kg |
7 mg/kg |
RMs/CRMs |
||
503 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, Low Levels (TRM-M-4001) |
Pb 82 mg/kg |
4 mg/kg |
RMs/CRMs |
||
504 |
12022 - 20004 |
Elements in Soil (TRM-E-4001) |
Cd 0.85 mg/kg |
0.10 mg/kg |
30 g/bottle |
RMs/CRMs |
505 |
Elements in Soil (TRM-E-4001) |
Cu 27.7 mg/kg |
2.1 mg/kg |
RMs/CRMs |
||
506 |
Elements in Soil (TRM-E-4001) |
Ni 43.7 mg/kg |
2.8 mg/kg |
RMs/CRMs |
||
507 |
Elements in Soil (TRM-E-4001) |
Pb 29.5 mg/kg |
1.9 mg/kg |
RMs/CRMs |
||
508 |
Elements in Soil (TRM-E-4001) |
Zn 69.6 mg/kg |
7.8 mg/kg |
RMs/CRMs |
||
509 |
12022-20005 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, High Levels (TRM-M-4002) |
Cd 102 mg/kg |
4 mg/kg |
30 g/bottle |
RMs/CRMs |
510 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, High Levels (TRM-M-4002) |
Cr 172 mg/kg |
7 mg/kg |
RMs/CRMs |
||
511 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, High Levels (TRM-M-4002) |
Hg 1025 mg/kg |
61 mg/kg |
RMs/CRMs |
||
512 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, High Levels (TRM-M-4002) |
Pb 837 mg/kg |
36 mg/kg |
RMs/CRMs |
||
513 |
12022-20006 |
Elements in Human Serum (TRM-C-4001) |
Ca 92.9 mg/kg |
6.3 mg/kg |
4 mL/bottle |
RMs/CRMs |
514 |
Elements in Human Serum (TRM-C-4001) |
K 168 mg/kg |
11 mg/kg |
RMs/CRMs |
||
515 |
Elements in Human Serum (TRM-C-4001) |
Mg 21.8 mg/kg |
1.3 mg/kg |
RMs/CRMs |
||
516 |
12022-20007 |
Arsenic in White Rice Flour (TRM-F-4003) |
Total As 100 ?g/kg |
7 ?g/kg |
25 g/bottle |
RMs/CRMs |
517 |
12022-20008 |
Trace Elements in Drinking Water (TRM-E-4002) |
Cd 0.0050 mg/kg |
0.0003 mg/kg |
100 mL/bottle |
RMs/CRMs |
518 |
Trace Elements in Drinking Water (TRM-E-4002) |
Cu 0.504 mg/kg |
0.011 mg/kg |
RMs/CRMs |
||
519 |
Trace Elements in Drinking Water (TRM-E-4002) |
Pb 0.061 mg/kg |
0.004 mg/kg |
RMs/CRMs |
||
520 |
Trace Elements in Drinking Water (TRM-E-4002) |
Zn 0.632 mg/kg |
0.018 mg/kg |
RMs/CRMs |
||
521 |
12031 - 20107 |
Secondary pH standard |
1.08 - 1.12 pH |
0.02 pH |
0.01 N Hydrochloric acid (TRM-S-2001) |
RMs/CRMs |
522 |
12031 - 20106 |
Secondary pH standard |
1.66 - 1.70 pH |
0.02 pH |
Tetroxalate pH standard (TRM-S-2002) |
RMs/CRMs |
523 |
12031 - 20108 |
Secondary pH standard |
11.70 - 11.74 pH |
0.02 pH |
Alkaline phosphate pH standard (TRM-S-2008) |
RMs/CRMs |
524 |
12031 - 20101 |
Secondary pH standard |
3.99 - 4.02 pH |
0.01 pH |
Phthalate pH standard (TRM-S-2003) |
RMs/CRMs |
525 |
12031 - 20102 |
Secondary pH standard |
6.85 - 6.88 pH |
0.01 pH |
Phosphate pH standard (TRM-S-2004) |
RMs/CRMs |
526 |
12031 - 20104 |
Secondary pH standard |
6.99 - 7.03 pH |
0.01 pH |
Phosphate pH standard (TRM-S-2005) |
RMs/CRMs |
527 |
12031 - 20103 |
Secondary pH standard |
9.17 - 9.20 pH |
0.01 pH |
Tetraborate pH standard (TRM-S-2006) |
RMs/CRMs |
528 |
12031 - 20105 |
Secondary pH standard |
9.99 - 10.02 pH |
0.10 pH |
Carbonate pH standard (TRM-S-2007) |
RMs/CRMs |
529 |
12031 - 20601 |
Secondary electrolytic conductivity solution (0.1 mol/l KCl) (TRM-S-2018) |
12.88 mS/cm |
0.1 mS/cm |
RMs/CRMs |
|
530 |
12031 - 20602 |
Secondary electrolytic conductivity solution (0.01mol/l KCl) (TRM-S-2019) |
1413 mS/cm |
0.2% relative |
RMs/CRMs |
|
531 |
12031 ? 20603 |
Secondary electrolytic conductivity solution (0.001mol/l KCl) (TRM-S-2017) |
147 mS/cm |
1%relative |
RMs/CRMs |
|
532 |
12031 - 20701 |
pH of ethanol (TRM-S-2016) |
6.0 - 8.0 pH |
0.5 pH |
RMs/CRMs |
|
533 |
120310 - 10403 |
Electrolytic conductivity of ethanol |
1-500 mS/m |
5% relative |
RMs/CRMs |
|
534 |
12051 - 20101 |
Oxygen in Nitrogen (1-30 cmol/mol) (TRM-E-3010) |
1-30 cmol/mol |
0.25-0.45% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
535 |
12051 - 20102 |
Oxygen in Nitrogen (1-30 cmol/mol) (TRM-E-3010) |
1-30 cmol/mol |
0.25-0.45% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
536 |
12051 - 20103 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
537 |
12051 - 20104 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
538 |
12051 - 20105 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
539 |
12051 - 20107 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
540 |
12051 - 20106 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
541 |
12051 - 20108 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
542 |
12051 - 20201 |
Carbon dioxide in Nitrogen (1-15 cmol/mol) (TRM-E-3020) |
1-15 cmol/mol |
1.0% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
543 |
12051 - 20202 |
Carbon dioxide in Nitrogen (1-15 cmol/mol) (TRM-E-3020) |
1-15 cmol/mol |
1.0% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
544 |
12051 - 20301 |
Methane in Nitrogen (1-15 cmol/mol) (TRM-E-3030) |
1-15 cmol/mol |
0.35% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
545 |
12051 - 20302 |
Methane in Nitrogen (1-15 cmol/mol) (TRM-E-3030) |
1-15 cmol/mol |
0.35% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
546 |
12051 - 20303 |
Methane in Nitrogen (1-10 cmol/mol) (TRM-E-3031) |
1-10 cmol/mol |
0.7% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
547 |
12051 - 20304 |
Methane in Nitrogen (1-10 cmol/mol) (TRM-E-3031) |
1-10 cmol/mol |
0.7% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
548 |
12050-20601 |
Propane in Nitrogen (200 - 5,000 mmol/mol) (TRM-E-3061) |
200-5,000 mmol/mol |
0.5% relative |
Cylinder volume : 10 Liters Filling Pressure : 100 bar |
RMs/CRMs |
549 |
12050-20602 |
Propane in Nitrogen (200 - 5,000 mmol/mol) (TRM-E-3061) |
200-5,000 mmol/mol |
0.5% relative |
Cylinder volume : 10 Liters Filling Pressure : 100 bar |
RMs/CRMs |
550 |
12011 - 60601 |
Malachite green in seafood by ID-LC-MS/MS |
0.5 - 20 mg/kg |
9.0 - 9.5 % relative |
Capability reference: CCQM-K85 (2010) |
Analysis Fee |
551 |
12011 - 60602 |
Leuco-malachite green in seafood by ID-LC-MS/MS |
0.5 - 20 mg/kg |
8.0 - 8.5 % relative |
Capability reference: CCQM-K85 (2010) |
Analysis Fee |
552 |
12011 - 60603 |
Total malachite green in seafood by ID-LC-MS/MS |
1.0 - 40 mg/kg |
6.2 - 7.0 % relative |
Capability reference: CCQM-K85 (2010) |
Analysis Fee |
553 |
12011 - 60604 |
Melamine in milk powder and dairy products by ID-LC-MS/MS |
0.1 - 5.0 mg/kg |
5.5 - 6.5 % relative |
Capability reference: CCQM-K103 (2012) |
Analysis Fee |
554 |
12011 - 60605 |
Chloramphenicol in food by ID-LC-MS/MS |
0.1 - 10.0 mg/kg |
7.0 - 8.0 % relative |
Capability reference: CCQM-K81 (2009) |
Analysis Fee |
555 |
12011 - 60606 |
Endosulfan (II) in fruits and vegetables by ID-GC/MS |
100 - 1000 ?g/kg |
4.5 - 5.5 % relative |
Capability reference: CCQM-P136 (2012) |
Analysis Fee |
556 |
12011 - 60607 |
Endosulfan sulfate in fruits and vegetables by ID-GC/MS |
100 - 1000 ?g/kg |
4.5 - 5.5 % relative |
Capability reference: CCQM-P136 (2012) |
Analysis Fee |
557 |
12011 - 60608 |
b-agonists in meat by ID-LC-MS/MS |
1 - 50 ?g/kg |
5.0 - 6.0 % relative |
Capability reference: APMP.QM-S6 (2013) |
Analysis Fee |
558 |
12011 - 60501 |
Total cholesterol in frozen human serum by ID-LC-MS/MS |
0.01-5.00 mg/g |
5-6% relative |
Capability reference: CCQM-K6.2 (2013) |
Analysis Fee |
559 |
12011 - 60609 |
One type aflatoxin in nuts and seeds |
2-10 ng/g |
6-8%relative |
type of aflatoxin: AFB1, AFB2, AFG1 and AFG2 |
Analysis Fee |
560 |
12011 - 60610 |
Two types aflatoxin in nuts and seeds |
2-10 ng/g |
6-8%relative |
Analysis Fee |
|
561 |
12011 - 60611 |
three types aflatoxin in nuts and seeds |
2-10 ng/g |
6-8%relative |
Analysis Fee |
|
562 |
12011 - 60612 |
Four types aflatoxin in nuts and seeds |
2-10 ng/g |
6-8%relative |
Analysis Fee |
|
563 |
12011 - 60101 |
Purity assessment of aldrin |
GC, purity>95% TGA inorganic residue as specification KFT, water as specification GC-HS, organic solvent as specification |
As specification |
Capability reference: CCQM-K55.b (2010) |
Analysis Fee |
564 |
12011 - 60102 |
Purity assessment of L-valine |
HPLC, purity>95% TGA inorganic residue as specification KFT, water as specification GC-HS, organic solvent as specification |
As specification |
Capability reference: CCQM-K55.c (2012) |
Analysis Fee |
565 |
12011 - 60103 |
Purity assessment of Avermectin |
HPLC, purity>92% TGA inorganic residue as specification KFT, water as specification GC-HS, organic solvent as specification |
As specification |
Capability reference: CCQM-K104 (2013) |
Analysis Fee |
566 |
12011 - 60201 |
Assigned Brix and Refractive Index value for sample |
5.00 - 60.00 % Brix, 1.34026 - 1.44193 nD |
0.04 % Brix, 0.00008 nD |
Analysis Fee |
|
567 |
12011-60502 |
Glucose in human serum by ID-LC-MS/MS |
0.12- 4.5 mg/g |
3-4 %relative |
Capability reference: CCQM-K104 (2013) |
Analysis Fee |
568 |
12011-60901 |
Clenbuterol in feed |
10-1000 mg/kg |
5-6%relative |
Analysis Fee |
|
569 |
12011-60902 |
Salbutermol in feed |
10-1000 mg/kg |
5-6% relative |
Analysis Fee |
|
570 |
12022 - 60101 |
Arsenic (total) in plant materials by standard addition |
As(total): 0.5 - 5.0 mg/kg |
7.0 - 7.5 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
571 |
12022 - 60102 |
Arsenic (total) in seafood by standard addition |
As(total): 10 - 100 mg/kg |
4.5 - 5.5 % relative |
Capability reference: APMP.QM-S5(2012) |
Analysis Fee |
572 |
12022 - 60103 |
Arsenic (total) in cereal and cereal products by standard addition |
As: 0.005 - 0.05 mg/kg |
6.5 - 7.5% relative |
Capability reference: CCQM-K108 (2014) |
Analysis Fee |
573 |
12022 - 60301 |
Cadmium in plant materials by ICP-IDMS |
Cd: 0.1 - 10.0 mg/kg |
2.5 - 3.0 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
574 |
12022 - 60303 |
Cadmium in cereal and cereal products by ICP-IDMS |
Cd: 0.1-1.0 mg/kg |
3.5 - 4.0 % relative |
Capability reference: APMP.QM-S3 (2008) |
Analysis Fee |
575 |
12022 - 60304 |
Cadmium in fresh water by ICP-IDMS |
Cd: 1-5 ug/kg |
4.5 - 5.0 % relative |
Capability reference: SIM-QM-S2 (2010) |
Analysis Fee |
576 |
12022 - 60305 |
Cadmium in plastic by ICP-IDMS |
Cd: 20-80 mg/kg |
1.5 - 2.0 % relative |
Capability reference: CCQM-P106 (2008) |
Analysis Fee |
577 |
12022 - 60201 |
Calcium in plant materials by ICP-IDMS |
Ca: 5 - 50 mg/g |
4.0 - 4.5 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
578 |
12022 - 60203 |
Calcium in cereal and cereal products by ICP-IDMS |
Ca: 1000-2000 mg/kg |
3.0 - 3.5 % relative |
Capability reference: CCQM-K56 (2007) |
Analysis Fee |
579 |
12022 - 60204 |
Calcium in fresh water by ICP-IDMS |
Ca: 2 - 25 mg/kg |
3.0 - 3.5 % relative |
Capability reference: SIM-QM-S2 (2010) |
Analysis Fee |
580 |
12022 - 60405 |
Chromium in plastic by ICP-IDMS |
Cr: 100-400 mg/kg |
2.5 - 3.0 % relative |
Capability reference: CCQM-P106 (2008) |
Analysis Fee |
581 |
12022 - 60503 |
Copper in cereal and cereal products by ICP-IDMS |
Cu: 5-20 mg/kg |
2.0 - 2.5 % relative |
Capability reference: CCQM-K56 (2007) |
Analysis Fee |
582 |
12022 - 60506 |
Copper in bio Fuel by ICP-IDMS |
Cu : 0.05 - 1.00 mg/kg |
3.0- 4.0 % relative |
Capability reference: CCQM-K100 (2012) |
Analysis Fee |
583 |
12022 - 60602 |
Iron in seafood by ICP-IDMS |
Fe: 50 - 500 mg/kg |
3.5 - 4.5 % relative |
Capability reference: APMP.QM-S5 (2012) |
Analysis Fee |
584 |
12022 - 61001 |
Lead in plant materials by ICP-IDMS |
Pb: 0.1 - 10.0 mg/kg |
2.5 - 3.0 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
585 |
12022 - 61005 |
Lead in plastic by ICP-IDMS |
Pb: 50-600 mg/kg |
1.5 - 2.0 % relative |
Capability reference: CCQM-P106 (2008) |
Analysis Fee |
586 |
12022 - 61004 |
Lead in fresh water by ICP-IDMS |
Pb: 5-30 ug/kg |
2.5 - 3.0 % relative |
Capability reference: SIM-QM-S2 (2010) |
Analysis Fee |
587 |
12022 - 60904 |
Nickel in fresh water by ICP-IDMS |
Ni: 50-80 ug/kg |
3.0 - 3.5 % relative |
Capability reference: SIM-QM-S2 (2010) |
Analysis Fee |
588 |
12022 - 60808 |
Magnesium in biological fluids by ICP-IDMS |
Mg: 5 - 50 mg/kg |
0.5 - 1.5% relative |
Capability reference: CCQM-K107 (2014) |
Analysis Fee |
589 |
12022 - 60708 |
Potassium in biological fluids by ICP-IDMS |
K: 50 - 500 mg/kg |
3.5 - 4.5% relative |
Capability reference: CCQM-K107 (2014) |
Analysis Fee |
590 |
12022 - 61101 |
Zinc in plant materials by ICP-IDMS |
Zn: 10 - 100 mg/kg |
1.0 - 1.5 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
591 |
12022 - 61103 |
Zinc in cereal and cereal products by ICP-IDMS |
Zn: 10-80 mg/kg |
3.0 - 3.5 % relative |
Capability reference: CCQM-K56 (2007) |
Analysis Fee |
592 |
12022 - 61107 |
Zinc in meat by ICP-IDMS |
Zn: 70-300 mg/kg |
4.5 - 5.0 % relative |
Capability reference: CCQM-P85 (2006) |
Analysis Fee |
593 |
12022 - 61102 |
Zinc in seafood by ICP-IDMS |
Zn: 10 - 100 mg/kg |
4.5 - 5.5 % relative |
Capability reference: APMP.QM-S5 (2012) |
Analysis Fee |
594 |
12041 - 60101 |
Quantification of genomic DNA fragment extracted from maize powder |
As specification |
As specification |
Analysis Fee |
|
595 |
12051 - 60101 |
Oxygen in Nitrogen |
1-30 cmol/mol |
0.25-0.45% relative |
Analysis Fee |
|
596 |
12051 - 60401 |
Carbon Monoxide in Nitrogen |
5-100 mmol/mol |
0.50-0.84% relative |
Analysis Fee |
|
597 |
12052 - 60201 |
Carbon Dioxide in Nitrogen |
0.1-15 cmol/mol |
1.0% relative |
Analysis Fee |
|
598 |
12050 - 60202 |
Carbon Dioxide in Nitrogen |
1-15 cmol/mol |
0.5% relative |
Analysis Fee |
|
599 |
12051 - 60301 |
Methane in Nitrogen |
0.1-15 cmol/mol |
0.35% relative |
Analysis Fee |
|
600 |
12050 - 60302 |
Methane in Nitrogen |
200-1,000 ?mol/mol |
0.7% relative |
Analysis Fee |
|
601 |
12051 - 60501 |
Sulfur Dioxide in Nitrogen |
50 - 500 ?mol/mol |
1.2% relative |
Analysis Fee |
|
602 |
12050 - 60502 |
Sulfur Dioxide in Nitrogen |
500 - 2,000 mmol/mol |
0.5% relative |
Analysis Fee |
|
603 |
12050 - 60601 |
Propane in Nitrogen |
1 - 10 cmol/mol |
0.4% relative |
Analysis Fee |
|
604 |
12050 - 60603 |
Propane in Nitrogen |
20 -200 mmol/mol |
1.0% relative |
Analysis Fee |
|
605 |
12050 - 60602 |
Propane in Nitrogen |
200 - 5,000 mmol/mol |
0.5% relative |
Analysis Fee |
|
606 |
12050 - 60701 |
Nitrogen Monoxide in Nitrogen |
1,000 - 10,000 mmol/mol |
0.6% relative |
Analysis Fee |
|
607 |
12031 - 10202 |
Piston pipette |
0.1 ml to 20 ml |
0.04 mL |
Calibration Fee |
|
608 |
12031 - 10201 |
Piston pipette |
20 mL to 10 mL |
0.04 mL |
Calibration Fee |
|
609 |
12031 - 10203 |
Volumetric Flask |
25 mL to 2000 mL |
Class A |
Calibration Fee |
|
610 |
12031 - 10204 |
Pipette |
1 mL to 50 mL |
Class A |
Calibration Fee |
|
611 |
12031 - 10205 |
Burette |
Up to 100 mL |
Class A |
Calibration Fee |
|
612 |
12031 - 10206 |
Pycnometer |
1 mL to 500 mL |
0.1% to 1% |
Calibration Fee |
|
613 |
12031 - 10301 |
Potassium Dichromate Standard Solutions (Recalibrate) |
20 to 100 mg/kg |
0.003 A |
Calibration Fee |
|
614 |
12031 - 10302 |
Potassium Iodide Standard Solution (Recalibrate) |
10 g/L |
0.5 nm |
Calibration Fee |
|
615 |
12031 - 10303 |
Holmium Filter (Recalibrate) |
200 nm to 700 nm |
0.3 nm |
Calibration Fee |
|
616 |
12031 - 10304 |
Didymium Filter (Recalibrate) |
400 nm to 900 nm |
0.3 nm |
Calibration Fee |
|
617 |
12031 - 10307 |
Neodymium filter (Recalibration) |
400 nm to 900 nm |
0.3 nm |
Calibration Fee |
|
618 |
12031 - 10305 |
Neutral Density Filter (Recalibrate) |
400 nm to 700 nm |
0.003 A |
Calibration Fee |
|
619 |
12031 - 10306 |
Recaibrate standard solution for stray light |
10 g/L |
0.12 nm |
Calibration Fee |
|
620 |
12031 - 10102 |
Assigned pH value for sample (secondary method) |
3.99 - 4.02 pH |
0.01 pH |
Calibration Fee |
|
621 |
12031 - 10103 |
Assigned pH value for sample (secondary method) |
6.85 - 6.88 pH |
0.01 pH |
Calibration Fee |
|
622 |
12031 - 10104 |
Assigned pH value for sample (primary method) |
3.99 - 4.02 pH |
0.008 pH |
Calibration Fee |
|
623 |
12031 - 10105 |
Assigned pH value for sample (primary method) |
6.85 - 6.88 pH |
0.005 pH |
Calibration Fee |
|
624 |
12032 - 10108 |
Assigned pH value for sample (primary method) |
9.16 - 9.20 pH |
0.008 pH |
Calibration Fee |
|
625 |
12031 - 10106 |
Assigned pH value for sample (secondary method) |
1 - 12 pH |
0.01 pH |
Calibration Fee |
|
626 |
12031 - 10107 |
Assigned pH value for sample (primary method) |
1 - 12 pH |
0.008 pH |
Calibration Fee |
|
627 |
12032 - 10101 |
pH meter with associated electrode |
(-414.11 mV) to 414.11 mV |
0.06 mV |
Calibration Fee |
|
628 |
12031 - 10101 |
pH meter with associated electrode |
1 - 11 pH |
0.02 pH |
Calibration Fee |
|
629 |
12031 - 10401 |
Assigned electrolytic conductivity value for sample (secondary method) |
1413 mS/cm |
0.2% relative |
Calibration Fee |
|
630 |
12031-10402 |
Assigned electrolytic conductivity value for sample (secondary method) |
147 mS/cm |
1% relative |
Calibration Fee |
|
631 |
12051 - 10101 |
Oxygen Gas Analyzer |
1-30 cmol/mol |
0.25-0.45% relative |
3-point calibration |
Calibration Fee |
632 |
12051 - 10201 |
Carbon dioxide Analyzer |
1-15 cmol/mol |
1.0% relative |
3-point calibration |
Calibration Fee |
633 |
12051 - 10301 |
Methane Analyzer |
1-15 cmol/mol |
0.35% relative |
3-point calibration |
Calibration Fee |
634 |
12051 - 10401 |
Carbon Monoxide Gas Analyzer |
5-100 mmol/mol |
0.50-0.84% relative |
3-point calibration |
Calibration Fee |
635 |
12011 - 20202 |
10% Brix Sucrose Standard Solution (TRM-S-5002) |
10.00 %Brix, 1.34782 nD |
0.04 %Brix, 0.00008 nD |
RMs/CRMs |
|
636 |
12011 - 20203 |
20% Brix Sucrose Standard Solution (TRM-S-5003) |
20.00%Brix, 1.36384 nD |
0.04 %Brix, 0.00008 nD |
RMs/CRMs |
|
637 |
12011 - 20204 |
30% Brix Sucrose Standard Solution (TRM-S-5004) |
30.00 %Brix, 1.38115 nD |
0.04 %Brix, 0.00008 nD |
RMs/CRMs |
|
638 |
12012 - 20201 |
5% Brix Sucrose Standard Solution (TRM-S-5001) |
5.00 %Brix, 1.34026 nD |
0.04 %Brix, 0.00007 nD |
RMs/CRMs |
|
639 |
12011 - 20205 |
50% Brix Sucrose Standard Solution (TRM-S-5005) |
50.00%Brix, 1.42009 nD |
0.04 %Brix, 0.00008 nD |
RMs/CRMs |
|
640 |
12011 - 20206 |
60% Brix Sucrose Standard Solution (TRM-S-5006) |
60.00 %Brix, 1.44193 nD |
0.04 %Brix, 0.00009 nD |
RMs/CRMs |
|
641 |
12011 - 20207 |
Benzene in methanol (TRM-S-5007) |
1,000 mg/L |
1.4 % Relative |
RMs/CRMs |
|
642 |
12011 - 20208 |
Ethylbenzene in methanol (TRM-S-5008) |
1,000 mg/L |
1.1 % Relative |
RMs/CRMs |
|
643 |
12011 - 20209 |
Toluene in methanol (TRM-S-5009) |
1,000 mg/L |
1.4 % Relative |
RMs/CRMs |
|
644 |
12011 - 20210 |
o-xylene in methanol (TRM-S-5010) |
1,000 mg/L |
2.2 % Relative |
RMs/CRMs |
|
645 |
12011 - 20211 |
m-xylene in methanol (TRM-S-5011) |
1,000 mg/L |
1.0 % Relative |
RMs/CRMs |
|
646 |
12011 - 20212 |
p-xylene in methanol (TRM-S-5012) |
1,000 mg/L |
1.3% Relative |
RMs/CRMs |
|
647 |
12011 - 20213 |
Organochlorine Pesticide Mix set 1 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
648 |
12011-20221 |
Organochlorine Pesticide Mix set 2 |
100 mg/kg |
2% relative |
RMs/CRMs |
|
649 |
12011 - 20214 |
Organophosphate Pesticide Mix set 1 |
100 mg/kg |
5% relative |
RMs/CRMs |
|
650 |
12011 - 20215 |
Organophosphate Pesticide Mix set 2 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
651 |
12011-20219 |
Organophosphate Pesticide Mix set 3 |
100 mg/kg |
4% relative |
RMs/CRMs |
|
652 |
12011-20220 |
Organophosphate Pesticide Mix set 4 |
100 mg/kg |
4% relative |
RMs/CRMs |
|
653 |
12011-20225 |
Organophosphate Pesticide Mix set 5 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
654 |
12011 - 20216 |
Acaricide Pesticide Mix set 1 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
655 |
12011-20224 |
Acaricide Pesticide Mix set 2 |
100 mg/kg |
2 % relative |
RMs/CRMs |
|
656 |
12011 - 20217 |
Carbamate Pesticide Mix set 1 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
657 |
12011-20218 |
Pyrethroid Pesticide Mix set 1 |
100 mg/kg |
2 % relative |
RMs/CRMs |
|
658 |
12011-20222 |
Pyrethroid Pesticide Mix set 2 |
100 mg/kg |
3 % relative |
RMs/CRMs |
|
659 |
12011-20225 |
Insecticide Pesticide Mix set 1 |
100 mg/kg |
2 % relative |
RMs/CRMs |
|
660 |
12011 - 20601 |
Total malachite green in shrimp (TRM-F-5001) |
18.35 ?g/kg |
4.00 % Relative |
RMs/CRMs |
|
661 |
12011 - 20602 |
Aflatoxins in peanut butter (TRM-F-5002) |
2-10 ng/g |
8-10% relative |
30 g/bottle |
RMs/CRMs |
662 |
12011 - 20501 |
Total chloresterol in frozen human serum (TRM-C-5001) |
2 .05 mg/g |
6% relative |
RMs/CRMs |
|
663 |
12011-20901 |
Clenbuterol in feed |
71.9 ?g/kg |
5.43 % relative |
RMs/CRMs |
|
664 |
12011-20902 |
Salbutamol in feed |
79.5 ?g/kg |
14.21 % relative |
RMs/CRMs |
|
665 |
12031 - 20205 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 2 : 1 concentration (TRM-S-2009a) |
RMs/CRMs |
666 |
12031 - 20204 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 3 : 2 concentrations (TRM-S-2009b) |
RMs/CRMs |
667 |
12031 - 20203 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 4 : 3 concentrations (TRM-S-2009c) |
RMs/CRMs |
668 |
12031 - 20202 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 5 : 4 concentrations (TRM-S-2009d) |
RMs/CRMs |
669 |
12031 - 20201 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 6 : 5 concentrations (TRM-S-2009e) |
RMs/CRMs |
670 |
12031 - 20206 |
Potassium Iodide Standard Solution (TRM-S-2010) |
10 g/L |
0.5 nm |
RMs/CRMs |
|
671 |
12031 - 20301 |
Zinc standard solution (TRM-S-2011) |
10,000 ppm |
1% |
RMs/CRMs |
|
672 |
12031 - 20302 |
Cadmium standard solution (TRM-S-2012) |
10,000 ppm |
1% |
RMs/CRMs |
|
673 |
12031 - 20401 |
Chloride standard solution (TRM-S-2013) |
100 ppm |
1% |
RMs/CRMs |
|
674 |
12031 - 20501 |
Sodium standard solution (TRM-S-2014) |
100 ppm |
1% |
RMs/CRMs |
|
675 |
12022 - 20001 |
Elements in Glutinous Rice Powder (TRM-F-4001) |
Cd 0.69 mg/kg |
0.06 mg/kg |
30 g/bottle |
RMs/CRMs |
676 |
Elements in Glutinous Rice Powder (TRM-F-4001) |
Cu 1.5 mg/kg |
0.1 mg/kg |
RMs/CRMs |
||
677 |
Elements in Glutinous Rice Powder (TRM-F-4001) |
Mn 7.8 mg/kg |
1.0 mg/kg |
RMs/CRMs |
||
678 |
Elements in Glutinous Rice Powder (TRM-F-4001) |
Zn 21.2 mg/kg |
1.0 mg/kg |
RMs/CRMs |
||
679 |
12022 - 20002 |
Trace and Essential Elements in Prawn (TRM-F-4002) |
Cd 2.05 mg/kg |
0.11 mg/kg |
5 g/bottle |
RMs/CRMs |
680 |
Trace and Essential Elements in Prawn (TRM-F-4002) |
Cu 49 mg/kg |
2 mg/kg |
RMs/CRMs |
||
681 |
Trace and Essential Elements in Prawn (TRM-F-4002) |
Pb 1.8 mg/kg |
0.1 mg/kg |
RMs/CRMs |
||
682 |
Trace and Essential Elements in Prawn (TRM-F-4002) |
Zn 81 mg/kg |
4 mg/kg |
RMs/CRMs |
||
683 |
12022 - 20003 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, Low Levels (TRM-M-4001) |
Cd 10.1 mg/kg |
0.5 mg/kg |
30 g/bottle |
RMs/CRMs |
684 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, Low Levels (TRM-M-4001) |
Cr 21 mg/kg |
1 mg/kg |
RMs/CRMs |
||
685 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, Low Levels (TRM-M-4001) |
Hg 102 mg/kg |
7 mg/kg |
RMs/CRMs |
||
686 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, Low Levels (TRM-M-4001) |
Pb 82 mg/kg |
4 mg/kg |
RMs/CRMs |
||
687 |
12022 - 20004 |
Elements in Soil (TRM-E-4001) |
Cd 0.85 mg/kg |
0.10 mg/kg |
30 g/bottle |
RMs/CRMs |
688 |
Elements in Soil (TRM-E-4001) |
Cu 27.7 mg/kg |
2.1 mg/kg |
RMs/CRMs |
||
689 |
Elements in Soil (TRM-E-4001) |
Ni 43.7 mg/kg |
2.8 mg/kg |
RMs/CRMs |
||
690 |
Elements in Soil (TRM-E-4001) |
Pb 29.5 mg/kg |
1.9 mg/kg |
RMs/CRMs |
||
691 |
Elements in Soil (TRM-E-4001) |
Zn 69.6 mg/kg |
7.8 mg/kg |
RMs/CRMs |
||
692 |
12022-20005 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, High Levels (TRM-M-4002) |
Cd 102 mg/kg |
4 mg/kg |
30 g/bottle |
RMs/CRMs |
693 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, High Levels (TRM-M-4002) |
Cr 172 mg/kg |
7 mg/kg |
RMs/CRMs |
||
694 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, High Levels (TRM-M-4002) |
Hg 1025 mg/kg |
61 mg/kg |
RMs/CRMs |
||
695 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, High Levels (TRM-M-4002) |
Pb 837 mg/kg |
36 mg/kg |
RMs/CRMs |
||
696 |
12022-20006 |
Elements in Human Serum (TRM-C-4001) |
Ca 92.9 mg/kg |
6.3 mg/kg |
4 mL/bottle |
RMs/CRMs |
697 |
Elements in Human Serum (TRM-C-4001) |
K 168 mg/kg |
11 mg/kg |
RMs/CRMs |
||
698 |
Elements in Human Serum (TRM-C-4001) |
Mg 21.8 mg/kg |
1.3 mg/kg |
RMs/CRMs |
||
699 |
12022-20007 |
Arsenic in White Rice Flour (TRM-F-4003) |
Total As 100 ?g/kg |
7 ?g/kg |
25 g/bottle |
RMs/CRMs |
700 |
12022-20008 |
Trace Elements in Drinking Water (TRM-E-4002) |
Cd 0.0050 mg/kg |
0.0003 mg/kg |
100 mL/bottle |
RMs/CRMs |
701 |
Trace Elements in Drinking Water (TRM-E-4002) |
Cu 0.504 mg/kg |
0.011 mg/kg |
RMs/CRMs |
||
702 |
Trace Elements in Drinking Water (TRM-E-4002) |
Pb 0.061 mg/kg |
0.004 mg/kg |
RMs/CRMs |
||
703 |
Trace Elements in Drinking Water (TRM-E-4002) |
Zn 0.632 mg/kg |
0.018 mg/kg |
RMs/CRMs |
||
704 |
12031 - 20107 |
Secondary pH standard |
1.08 - 1.12 pH |
0.02 pH |
0.01 N Hydrochloric acid (TRM-S-2001) |
RMs/CRMs |
705 |
12031 - 20106 |
Secondary pH standard |
1.66 - 1.70 pH |
0.02 pH |
Tetroxalate pH standard (TRM-S-2002) |
RMs/CRMs |
706 |
12031 - 20108 |
Secondary pH standard |
11.70 - 11.74 pH |
0.02 pH |
Alkaline phosphate pH standard (TRM-S-2008) |
RMs/CRMs |
707 |
12031 - 20101 |
Secondary pH standard |
3.99 - 4.02 pH |
0.01 pH |
Phthalate pH standard (TRM-S-2003) |
RMs/CRMs |
708 |
12031 - 20102 |
Secondary pH standard |
6.85 - 6.88 pH |
0.01 pH |
Phosphate pH standard (TRM-S-2004) |
RMs/CRMs |
709 |
12031 - 20104 |
Secondary pH standard |
6.99 - 7.03 pH |
0.01 pH |
Phosphate pH standard (TRM-S-2005) |
RMs/CRMs |
710 |
12031 - 20103 |
Secondary pH standard |
9.17 - 9.20 pH |
0.01 pH |
Tetraborate pH standard (TRM-S-2006) |
RMs/CRMs |
711 |
12031 - 20105 |
Secondary pH standard |
9.99 - 10.02 pH |
0.10 pH |
Carbonate pH standard (TRM-S-2007) |
RMs/CRMs |
712 |
12031 - 20601 |
Secondary electrolytic conductivity solution (0.1 mol/l KCl) (TRM-S-2018) |
12.88 mS/cm |
0.1 mS/cm |
RMs/CRMs |
|
713 |
12031 - 20602 |
Secondary electrolytic conductivity solution (0.01mol/l KCl) (TRM-S-2019) |
1413 mS/cm |
0.2% relative |
RMs/CRMs |
|
714 |
12031 ? 20603 |
Secondary electrolytic conductivity solution (0.001mol/l KCl) (TRM-S-2017) |
147 mS/cm |
1%relative |
RMs/CRMs |
|
715 |
12031 - 20701 |
pH of ethanol (TRM-S-2016) |
6.0 - 8.0 pH |
0.5 pH |
RMs/CRMs |
|
716 |
120310 - 10403 |
Electrolytic conductivity of ethanol |
1-500 mS/m |
5% relative |
RMs/CRMs |
|
717 |
12051 - 20101 |
Oxygen in Nitrogen (1-30 cmol/mol) (TRM-E-3010) |
1-30 cmol/mol |
0.25-0.45% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
718 |
12051 - 20102 |
Oxygen in Nitrogen (1-30 cmol/mol) (TRM-E-3010) |
1-30 cmol/mol |
0.25-0.45% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
719 |
12051 - 20103 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
720 |
12051 - 20104 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
721 |
12051 - 20105 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
722 |
12051 - 20107 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
723 |
12051 - 20106 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
724 |
12051 - 20108 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
725 |
12051 - 20201 |
Carbon dioxide in Nitrogen (1-15 cmol/mol) (TRM-E-3020) |
1-15 cmol/mol |
1.0% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
726 |
12051 - 20202 |
Carbon dioxide in Nitrogen (1-15 cmol/mol) (TRM-E-3020) |
1-15 cmol/mol |
1.0% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
727 |
12051 - 20301 |
Methane in Nitrogen (1-15 cmol/mol) (TRM-E-3030) |
1-15 cmol/mol |
0.35% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
728 |
12051 - 20302 |
Methane in Nitrogen (1-15 cmol/mol) (TRM-E-3030) |
1-15 cmol/mol |
0.35% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
729 |
12051 - 20303 |
Methane in Nitrogen (1-10 cmol/mol) (TRM-E-3031) |
1-10 cmol/mol |
0.7% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
730 |
12051 - 20304 |
Methane in Nitrogen (1-10 cmol/mol) (TRM-E-3031) |
1-10 cmol/mol |
0.7% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
731 |
12050-20601 |
Propane in Nitrogen (200 - 5,000 mmol/mol) (TRM-E-3061) |
200-5,000 mmol/mol |
0.5% relative |
Cylinder volume : 10 Liters Filling Pressure : 100 bar |
RMs/CRMs |
732 |
12050-20602 |
Propane in Nitrogen (200 - 5,000 mmol/mol) (TRM-E-3061) |
200-5,000 mmol/mol |
0.5% relative |
Cylinder volume : 10 Liters Filling Pressure : 100 bar |
RMs/CRMs |
733 |
12011 - 60601 |
Malachite green in seafood by ID-LC-MS/MS |
0.5 - 20 mg/kg |
9.0 - 9.5 % relative |
Capability reference: CCQM-K85 (2010) |
Analysis Fee |
734 |
12011 - 60602 |
Leuco-malachite green in seafood by ID-LC-MS/MS |
0.5 - 20 mg/kg |
8.0 - 8.5 % relative |
Capability reference: CCQM-K85 (2010) |
Analysis Fee |
735 |
12011 - 60603 |
Total malachite green in seafood by ID-LC-MS/MS |
1.0 - 40 mg/kg |
6.2 - 7.0 % relative |
Capability reference: CCQM-K85 (2010) |
Analysis Fee |
736 |
12011 - 60604 |
Melamine in milk powder and dairy products by ID-LC-MS/MS |
0.1 - 5.0 mg/kg |
5.5 - 6.5 % relative |
Capability reference: CCQM-K103 (2012) |
Analysis Fee |
737 |
12011 - 60605 |
Chloramphenicol in food by ID-LC-MS/MS |
0.1 - 10.0 mg/kg |
7.0 - 8.0 % relative |
Capability reference: CCQM-K81 (2009) |
Analysis Fee |
738 |
12011 - 60606 |
Endosulfan (II) in fruits and vegetables by ID-GC/MS |
100 - 1000 ?g/kg |
4.5 - 5.5 % relative |
Capability reference: CCQM-P136 (2012) |
Analysis Fee |
739 |
12011 - 60607 |
Endosulfan sulfate in fruits and vegetables by ID-GC/MS |
100 - 1000 ?g/kg |
4.5 - 5.5 % relative |
Capability reference: CCQM-P136 (2012) |
Analysis Fee |
740 |
12011 - 60608 |
b-agonists in meat by ID-LC-MS/MS |
1 - 50 ?g/kg |
5.0 - 6.0 % relative |
Capability reference: APMP.QM-S6 (2013) |
Analysis Fee |
741 |
12011 - 60501 |
Total cholesterol in frozen human serum by ID-LC-MS/MS |
0.01-5.00 mg/g |
5-6% relative |
Capability reference: CCQM-K6.2 (2013) |
Analysis Fee |
742 |
12011 - 60609 |
One type aflatoxin in nuts and seeds |
2-10 ng/g |
6-8%relative |
type of aflatoxin: AFB1, AFB2, AFG1 and AFG2 |
Analysis Fee |
743 |
12011 - 60610 |
Two types aflatoxin in nuts and seeds |
2-10 ng/g |
6-8%relative |
Analysis Fee |
|
744 |
12011 - 60611 |
three types aflatoxin in nuts and seeds |
2-10 ng/g |
6-8%relative |
Analysis Fee |
|
745 |
12011 - 60612 |
Four types aflatoxin in nuts and seeds |
2-10 ng/g |
6-8%relative |
Analysis Fee |
|
746 |
12011 - 60101 |
Purity assessment of aldrin |
GC, purity>95% TGA inorganic residue as specification KFT, water as specification GC-HS, organic solvent as specification |
As specification |
Capability reference: CCQM-K55.b (2010) |
Analysis Fee |
747 |
12011 - 60102 |
Purity assessment of L-valine |
HPLC, purity>95% TGA inorganic residue as specification KFT, water as specification GC-HS, organic solvent as specification |
As specification |
Capability reference: CCQM-K55.c (2012) |
Analysis Fee |
748 |
12011 - 60103 |
Purity assessment of Avermectin |
HPLC, purity>92% TGA inorganic residue as specification KFT, water as specification GC-HS, organic solvent as specification |
As specification |
Capability reference: CCQM-K104 (2013) |
Analysis Fee |
749 |
12011 - 60201 |
Assigned Brix and Refractive Index value for sample |
5.00 - 60.00 % Brix, 1.34026 - 1.44193 nD |
0.04 % Brix, 0.00008 nD |
Analysis Fee |
|
750 |
12011-60502 |
Glucose in human serum by ID-LC-MS/MS |
0.12- 4.5 mg/g |
3-4 %relative |
Capability reference: CCQM-K104 (2013) |
Analysis Fee |
751 |
12011-60901 |
Clenbuterol in feed |
10-1000 mg/kg |
5-6%relative |
Analysis Fee |
|
752 |
12011-60902 |
Salbutermol in feed |
10-1000 mg/kg |
5-6% relative |
Analysis Fee |
|
753 |
12022 - 60101 |
Arsenic (total) in plant materials by standard addition |
As(total): 0.5 - 5.0 mg/kg |
7.0 - 7.5 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
754 |
12022 - 60102 |
Arsenic (total) in seafood by standard addition |
As(total): 10 - 100 mg/kg |
4.5 - 5.5 % relative |
Capability reference: APMP.QM-S5(2012) |
Analysis Fee |
755 |
12022 - 60103 |
Arsenic (total) in cereal and cereal products by standard addition |
As: 0.005 - 0.05 mg/kg |
6.5 - 7.5% relative |
Capability reference: CCQM-K108 (2014) |
Analysis Fee |
756 |
12022 - 60301 |
Cadmium in plant materials by ICP-IDMS |
Cd: 0.1 - 10.0 mg/kg |
2.5 - 3.0 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
757 |
12022 - 60303 |
Cadmium in cereal and cereal products by ICP-IDMS |
Cd: 0.1-1.0 mg/kg |
3.5 - 4.0 % relative |
Capability reference: APMP.QM-S3 (2008) |
Analysis Fee |
758 |
12022 - 60304 |
Cadmium in fresh water by ICP-IDMS |
Cd: 1-5 ug/kg |
4.5 - 5.0 % relative |
Capability reference: SIM-QM-S2 (2010) |
Analysis Fee |
759 |
12022 - 60305 |
Cadmium in plastic by ICP-IDMS |
Cd: 20-80 mg/kg |
1.5 - 2.0 % relative |
Capability reference: CCQM-P106 (2008) |
Analysis Fee |
760 |
12022 - 60201 |
Calcium in plant materials by ICP-IDMS |
Ca: 5 - 50 mg/g |
4.0 - 4.5 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
761 |
12022 - 60203 |
Calcium in cereal and cereal products by ICP-IDMS |
Ca: 1000-2000 mg/kg |
3.0 - 3.5 % relative |
Capability reference: CCQM-K56 (2007) |
Analysis Fee |
762 |
12022 - 60204 |
Calcium in fresh water by ICP-IDMS |
Ca: 2 - 25 mg/kg |
3.0 - 3.5 % relative |
Capability reference: SIM-QM-S2 (2010) |
Analysis Fee |
763 |
12022 - 60405 |
Chromium in plastic by ICP-IDMS |
Cr: 100-400 mg/kg |
2.5 - 3.0 % relative |
Capability reference: CCQM-P106 (2008) |
Analysis Fee |
764 |
12022 - 60503 |
Copper in cereal and cereal products by ICP-IDMS |
Cu: 5-20 mg/kg |
2.0 - 2.5 % relative |
Capability reference: CCQM-K56 (2007) |
Analysis Fee |
765 |
12022 - 60506 |
Copper in bio Fuel by ICP-IDMS |
Cu : 0.05 - 1.00 mg/kg |
3.0- 4.0 % relative |
Capability reference: CCQM-K100 (2012) |
Analysis Fee |
766 |
12022 - 60602 |
Iron in seafood by ICP-IDMS |
Fe: 50 - 500 mg/kg |
3.5 - 4.5 % relative |
Capability reference: APMP.QM-S5 (2012) |
Analysis Fee |
767 |
12022 - 61001 |
Lead in plant materials by ICP-IDMS |
Pb: 0.1 - 10.0 mg/kg |
2.5 - 3.0 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
768 |
12022 - 61005 |
Lead in plastic by ICP-IDMS |
Pb: 50-600 mg/kg |
1.5 - 2.0 % relative |
Capability reference: CCQM-P106 (2008) |
Analysis Fee |
769 |
12022 - 61004 |
Lead in fresh water by ICP-IDMS |
Pb: 5-30 ug/kg |
2.5 - 3.0 % relative |
Capability reference: SIM-QM-S2 (2010) |
Analysis Fee |
770 |
12022 - 60904 |
Nickel in fresh water by ICP-IDMS |
Ni: 50-80 ug/kg |
3.0 - 3.5 % relative |
Capability reference: SIM-QM-S2 (2010) |
Analysis Fee |
771 |
12022 - 60808 |
Magnesium in biological fluids by ICP-IDMS |
Mg: 5 - 50 mg/kg |
0.5 - 1.5% relative |
Capability reference: CCQM-K107 (2014) |
Analysis Fee |
772 |
12022 - 60708 |
Potassium in biological fluids by ICP-IDMS |
K: 50 - 500 mg/kg |
3.5 - 4.5% relative |
Capability reference: CCQM-K107 (2014) |
Analysis Fee |
773 |
12022 - 61101 |
Zinc in plant materials by ICP-IDMS |
Zn: 10 - 100 mg/kg |
1.0 - 1.5 % relative |
Capability reference: CCQM-K89(2011) |
Analysis Fee |
774 |
12022 - 61103 |
Zinc in cereal and cereal products by ICP-IDMS |
Zn: 10-80 mg/kg |
3.0 - 3.5 % relative |
Capability reference: CCQM-K56 (2007) |
Analysis Fee |
775 |
12022 - 61107 |
Zinc in meat by ICP-IDMS |
Zn: 70-300 mg/kg |
4.5 - 5.0 % relative |
Capability reference: CCQM-P85 (2006) |
Analysis Fee |
776 |
12022 - 61102 |
Zinc in seafood by ICP-IDMS |
Zn: 10 - 100 mg/kg |
4.5 - 5.5 % relative |
Capability reference: APMP.QM-S5 (2012) |
Analysis Fee |
777 |
12041 - 60101 |
Quantification of genomic DNA fragment extracted from maize powder |
As specification |
As specification |
Analysis Fee |
|
778 |
12051 - 60101 |
Oxygen in Nitrogen |
1-30 cmol/mol |
0.25-0.45% relative |
Analysis Fee |
|
779 |
12051 - 60401 |
Carbon Monoxide in Nitrogen |
5-100 mmol/mol |
0.50-0.84% relative |
Analysis Fee |
|
780 |
12052 - 60201 |
Carbon Dioxide in Nitrogen |
0.1-15 cmol/mol |
1.0% relative |
Analysis Fee |
|
781 |
12050 - 60202 |
Carbon Dioxide in Nitrogen |
1-15 cmol/mol |
0.5% relative |
Analysis Fee |
|
782 |
12051 - 60301 |
Methane in Nitrogen |
0.1-15 cmol/mol |
0.35% relative |
Analysis Fee |
|
783 |
12050 - 60302 |
Methane in Nitrogen |
200-1,000 ?mol/mol |
0.7% relative |
Analysis Fee |
|
784 |
12051 - 60501 |
Sulfur Dioxide in Nitrogen |
50 - 500 ?mol/mol |
1.2% relative |
Analysis Fee |
|
785 |
12050 - 60502 |
Sulfur Dioxide in Nitrogen |
500 - 2,000 mmol/mol |
0.5% relative |
Analysis Fee |
|
786 |
12050 - 60601 |
Propane in Nitrogen |
1 - 10 cmol/mol |
0.4% relative |
Analysis Fee |
|
787 |
12050 - 60603 |
Propane in Nitrogen |
20 -200 mmol/mol |
1.0% relative |
Analysis Fee |
|
788 |
12050 - 60602 |
Propane in Nitrogen |
200 - 5,000 mmol/mol |
0.5% relative |
Analysis Fee |
|
789 |
12050 - 60701 |
Nitrogen Monoxide in Nitrogen |
1,000 - 10,000 mmol/mol |
0.6% relative |
Analysis Fee |
|
790 |
12031 - 10202 |
Piston pipette |
0.1 ml to 20 ml |
0.04 mL |
Calibration Fee |
|
791 |
12031 - 10201 |
Piston pipette |
20 mL to 10 mL |
0.04 mL |
Calibration Fee |
|
792 |
12031 - 10203 |
Volumetric Flask |
25 mL to 2000 mL |
Class A |
Calibration Fee |
|
793 |
12031 - 10204 |
Pipette |
1 mL to 50 mL |
Class A |
Calibration Fee |
|
794 |
12031 - 10205 |
Burette |
Up to 100 mL |
Class A |
Calibration Fee |
|
795 |
12031 - 10206 |
Pycnometer |
1 mL to 500 mL |
0.1% to 1% |
Calibration Fee |
|
796 |
12031 - 10301 |
Potassium Dichromate Standard Solutions (Recalibrate) |
20 to 100 mg/kg |
0.003 A |
Calibration Fee |
|
797 |
12031 - 10302 |
Potassium Iodide Standard Solution (Recalibrate) |
10 g/L |
0.5 nm |
Calibration Fee |
|
798 |
12031 - 10303 |
Holmium Filter (Recalibrate) |
200 nm to 700 nm |
0.3 nm |
Calibration Fee |
|
799 |
12031 - 10304 |
Didymium Filter (Recalibrate) |
400 nm to 900 nm |
0.3 nm |
Calibration Fee |
|
800 |
12031 - 10307 |
Neodymium filter (Recalibration) |
400 nm to 900 nm |
0.3 nm |
Calibration Fee |
|
801 |
12031 - 10305 |
Neutral Density Filter (Recalibrate) |
400 nm to 700 nm |
0.003 A |
Calibration Fee |
|
802 |
12031 - 10306 |
Recaibrate standard solution for stray light |
10 g/L |
0.12 nm |
Calibration Fee |
|
803 |
12031 - 10102 |
Assigned pH value for sample (secondary method) |
3.99 - 4.02 pH |
0.01 pH |
Calibration Fee |
|
804 |
12031 - 10103 |
Assigned pH value for sample (secondary method) |
6.85 - 6.88 pH |
0.01 pH |
Calibration Fee |
|
805 |
12031 - 10104 |
Assigned pH value for sample (primary method) |
3.99 - 4.02 pH |
0.008 pH |
Calibration Fee |
|
806 |
12031 - 10105 |
Assigned pH value for sample (primary method) |
6.85 - 6.88 pH |
0.005 pH |
Calibration Fee |
|
807 |
12032 - 10108 |
Assigned pH value for sample (primary method) |
9.16 - 9.20 pH |
0.008 pH |
Calibration Fee |
|
808 |
12031 - 10106 |
Assigned pH value for sample (secondary method) |
1 - 12 pH |
0.01 pH |
Calibration Fee |
|
809 |
12031 - 10107 |
Assigned pH value for sample (primary method) |
1 - 12 pH |
0.008 pH |
Calibration Fee |
|
810 |
12032 - 10101 |
pH meter with associated electrode |
(-414.11 mV) to 414.11 mV |
0.06 mV |
Calibration Fee |
|
811 |
12031 - 10101 |
pH meter with associated electrode |
1 - 11 pH |
0.02 pH |
Calibration Fee |
|
812 |
12031 - 10401 |
Assigned electrolytic conductivity value for sample (secondary method) |
1413 mS/cm |
0.2% relative |
Calibration Fee |
|
813 |
12031-10402 |
Assigned electrolytic conductivity value for sample (secondary method) |
147 mS/cm |
1% relative |
Calibration Fee |
|
814 |
12051 - 10101 |
Oxygen Gas Analyzer |
1-30 cmol/mol |
0.25-0.45% relative |
3-point calibration |
Calibration Fee |
815 |
12051 - 10201 |
Carbon dioxide Analyzer |
1-15 cmol/mol |
1.0% relative |
3-point calibration |
Calibration Fee |
816 |
12051 - 10301 |
Methane Analyzer |
1-15 cmol/mol |
0.35% relative |
3-point calibration |
Calibration Fee |
817 |
12051 - 10401 |
Carbon Monoxide Gas Analyzer |
5-100 mmol/mol |
0.50-0.84% relative |
3-point calibration |
Calibration Fee |
818 |
12011 - 20202 |
10% Brix Sucrose Standard Solution (TRM-S-5002) |
10.00 %Brix, 1.34782 nD |
0.04 %Brix, 0.00008 nD |
RMs/CRMs |
|
819 |
12011 - 20203 |
20% Brix Sucrose Standard Solution (TRM-S-5003) |
20.00%Brix, 1.36384 nD |
0.04 %Brix, 0.00008 nD |
RMs/CRMs |
|
820 |
12011 - 20204 |
30% Brix Sucrose Standard Solution (TRM-S-5004) |
30.00 %Brix, 1.38115 nD |
0.04 %Brix, 0.00008 nD |
RMs/CRMs |
|
821 |
12012 - 20201 |
5% Brix Sucrose Standard Solution (TRM-S-5001) |
5.00 %Brix, 1.34026 nD |
0.04 %Brix, 0.00007 nD |
RMs/CRMs |
|
822 |
12011 - 20205 |
50% Brix Sucrose Standard Solution (TRM-S-5005) |
50.00%Brix, 1.42009 nD |
0.04 %Brix, 0.00008 nD |
RMs/CRMs |
|
823 |
12011 - 20206 |
60% Brix Sucrose Standard Solution (TRM-S-5006) |
60.00 %Brix, 1.44193 nD |
0.04 %Brix, 0.00009 nD |
RMs/CRMs |
|
824 |
12011 - 20207 |
Benzene in methanol (TRM-S-5007) |
1,000 mg/L |
1.4 % Relative |
RMs/CRMs |
|
825 |
12011 - 20208 |
Ethylbenzene in methanol (TRM-S-5008) |
1,000 mg/L |
1.1 % Relative |
RMs/CRMs |
|
826 |
12011 - 20209 |
Toluene in methanol (TRM-S-5009) |
1,000 mg/L |
1.4 % Relative |
RMs/CRMs |
|
827 |
12011 - 20210 |
o-xylene in methanol (TRM-S-5010) |
1,000 mg/L |
2.2 % Relative |
RMs/CRMs |
|
828 |
12011 - 20211 |
m-xylene in methanol (TRM-S-5011) |
1,000 mg/L |
1.0 % Relative |
RMs/CRMs |
|
829 |
12011 - 20212 |
p-xylene in methanol (TRM-S-5012) |
1,000 mg/L |
1.3% Relative |
RMs/CRMs |
|
830 |
12011 - 20213 |
Organochlorine Pesticide Mix set 1 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
831 |
12011-20221 |
Organochlorine Pesticide Mix set 2 |
100 mg/kg |
2% relative |
RMs/CRMs |
|
832 |
12011 - 20214 |
Organophosphate Pesticide Mix set 1 |
100 mg/kg |
5% relative |
RMs/CRMs |
|
833 |
12011 - 20215 |
Organophosphate Pesticide Mix set 2 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
834 |
12011-20219 |
Organophosphate Pesticide Mix set 3 |
100 mg/kg |
4% relative |
RMs/CRMs |
|
835 |
12011-20220 |
Organophosphate Pesticide Mix set 4 |
100 mg/kg |
4% relative |
RMs/CRMs |
|
836 |
12011-20225 |
Organophosphate Pesticide Mix set 5 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
837 |
12011 - 20216 |
Acaricide Pesticide Mix set 1 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
838 |
12011-20224 |
Acaricide Pesticide Mix set 2 |
100 mg/kg |
2 % relative |
RMs/CRMs |
|
839 |
12011 - 20217 |
Carbamate Pesticide Mix set 1 |
100 mg/kg |
3% relative |
RMs/CRMs |
|
840 |
12011-20218 |
Pyrethroid Pesticide Mix set 1 |
100 mg/kg |
2 % relative |
RMs/CRMs |
|
841 |
12011-20222 |
Pyrethroid Pesticide Mix set 2 |
100 mg/kg |
3 % relative |
RMs/CRMs |
|
842 |
12011-20225 |
Insecticide Pesticide Mix set 1 |
100 mg/kg |
2 % relative |
RMs/CRMs |
|
843 |
12011 - 20601 |
Total malachite green in shrimp (TRM-F-5001) |
18.35 ?g/kg |
4.00 % Relative |
RMs/CRMs |
|
844 |
12011 - 20602 |
Aflatoxins in peanut butter (TRM-F-5002) |
2-10 ng/g |
8-10% relative |
30 g/bottle |
RMs/CRMs |
845 |
12011 - 20501 |
Total chloresterol in frozen human serum (TRM-C-5001) |
2 .05 mg/g |
6% relative |
RMs/CRMs |
|
846 |
12011-20901 |
Clenbuterol in feed |
71.9 ?g/kg |
5.43 % relative |
RMs/CRMs |
|
847 |
12011-20902 |
Salbutamol in feed |
79.5 ?g/kg |
14.21 % relative |
RMs/CRMs |
|
848 |
12031 - 20205 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 2 : 1 concentration (TRM-S-2009a) |
RMs/CRMs |
849 |
12031 - 20204 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 3 : 2 concentrations (TRM-S-2009b) |
RMs/CRMs |
850 |
12031 - 20203 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 4 : 3 concentrations (TRM-S-2009c) |
RMs/CRMs |
851 |
12031 - 20202 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 5 : 4 concentrations (TRM-S-2009d) |
RMs/CRMs |
852 |
12031 - 20201 |
Potassium Dichromate Solution |
20, 40, 60, 80 and 100 mg/kg (each set choose from the concentrations above) |
0.01 A |
Set 6 : 5 concentrations (TRM-S-2009e) |
RMs/CRMs |
853 |
12031 - 20206 |
Potassium Iodide Standard Solution (TRM-S-2010) |
10 g/L |
0.5 nm |
RMs/CRMs |
|
854 |
12031 - 20301 |
Zinc standard solution (TRM-S-2011) |
10,000 ppm |
1% |
RMs/CRMs |
|
855 |
12031 - 20302 |
Cadmium standard solution (TRM-S-2012) |
10,000 ppm |
1% |
RMs/CRMs |
|
856 |
12031 - 20401 |
Chloride standard solution (TRM-S-2013) |
100 ppm |
1% |
RMs/CRMs |
|
857 |
12031 - 20501 |
Sodium standard solution (TRM-S-2014) |
100 ppm |
1% |
RMs/CRMs |
|
858 |
12022 - 20001 |
Elements in Glutinous Rice Powder (TRM-F-4001) |
Cd 0.69 mg/kg |
0.06 mg/kg |
30 g/bottle |
RMs/CRMs |
859 |
Elements in Glutinous Rice Powder (TRM-F-4001) |
Cu 1.5 mg/kg |
0.1 mg/kg |
RMs/CRMs |
||
860 |
Elements in Glutinous Rice Powder (TRM-F-4001) |
Mn 7.8 mg/kg |
1.0 mg/kg |
RMs/CRMs |
||
861 |
Elements in Glutinous Rice Powder (TRM-F-4001) |
Zn 21.2 mg/kg |
1.0 mg/kg |
RMs/CRMs |
||
862 |
12022 - 20002 |
Trace and Essential Elements in Prawn (TRM-F-4002) |
Cd 2.05 mg/kg |
0.11 mg/kg |
5 g/bottle |
RMs/CRMs |
863 |
Trace and Essential Elements in Prawn (TRM-F-4002) |
Cu 49 mg/kg |
2 mg/kg |
RMs/CRMs |
||
864 |
Trace and Essential Elements in Prawn (TRM-F-4002) |
Pb 1.8 mg/kg |
0.1 mg/kg |
RMs/CRMs |
||
865 |
Trace and Essential Elements in Prawn (TRM-F-4002) |
Zn 81 mg/kg |
4 mg/kg |
RMs/CRMs |
||
866 |
12022 - 20003 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, Low Levels (TRM-M-4001) |
Cd 10.1 mg/kg |
0.5 mg/kg |
30 g/bottle |
RMs/CRMs |
867 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, Low Levels (TRM-M-4001) |
Cr 21 mg/kg |
1 mg/kg |
RMs/CRMs |
||
868 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, Low Levels (TRM-M-4001) |
Hg 102 mg/kg |
7 mg/kg |
RMs/CRMs |
||
869 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, Low Levels (TRM-M-4001) |
Pb 82 mg/kg |
4 mg/kg |
RMs/CRMs |
||
870 |
12022 - 20004 |
Elements in Soil (TRM-E-4001) |
Cd 0.85 mg/kg |
0.10 mg/kg |
30 g/bottle |
RMs/CRMs |
871 |
Elements in Soil (TRM-E-4001) |
Cu 27.7 mg/kg |
2.1 mg/kg |
RMs/CRMs |
||
872 |
Elements in Soil (TRM-E-4001) |
Ni 43.7 mg/kg |
2.8 mg/kg |
RMs/CRMs |
||
873 |
Elements in Soil (TRM-E-4001) |
Pb 29.5 mg/kg |
1.9 mg/kg |
RMs/CRMs |
||
874 |
Elements in Soil (TRM-E-4001) |
Zn 69.6 mg/kg |
7.8 mg/kg |
RMs/CRMs |
||
875 |
12022-20005 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, High Levels (TRM-M-4002) |
Cd 102 mg/kg |
4 mg/kg |
30 g/bottle |
RMs/CRMs |
876 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, High Levels (TRM-M-4002) |
Cr 172 mg/kg |
7 mg/kg |
RMs/CRMs |
||
877 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, High Levels (TRM-M-4002) |
Hg 1025 mg/kg |
61 mg/kg |
RMs/CRMs |
||
878 |
Elements in Acrylonitrile Butadiene Styrene (ABS) Plastic, High Levels (TRM-M-4002) |
Pb 837 mg/kg |
36 mg/kg |
RMs/CRMs |
||
879 |
12022-20006 |
Elements in Human Serum (TRM-C-4001) |
Ca 92.9 mg/kg |
6.3 mg/kg |
4 mL/bottle |
RMs/CRMs |
880 |
Elements in Human Serum (TRM-C-4001) |
K 168 mg/kg |
11 mg/kg |
RMs/CRMs |
||
881 |
Elements in Human Serum (TRM-C-4001) |
Mg 21.8 mg/kg |
1.3 mg/kg |
RMs/CRMs |
||
882 |
12022-20007 |
Arsenic in White Rice Flour (TRM-F-4003) |
Total As 100 ?g/kg |
7 ?g/kg |
25 g/bottle |
RMs/CRMs |
883 |
12022-20008 |
Trace Elements in Drinking Water (TRM-E-4002) |
Cd 0.0050 mg/kg |
0.0003 mg/kg |
100 mL/bottle |
RMs/CRMs |
884 |
Trace Elements in Drinking Water (TRM-E-4002) |
Cu 0.504 mg/kg |
0.011 mg/kg |
RMs/CRMs |
||
885 |
Trace Elements in Drinking Water (TRM-E-4002) |
Pb 0.061 mg/kg |
0.004 mg/kg |
RMs/CRMs |
||
886 |
Trace Elements in Drinking Water (TRM-E-4002) |
Zn 0.632 mg/kg |
0.018 mg/kg |
RMs/CRMs |
||
887 |
12031 - 20107 |
Secondary pH standard |
1.08 - 1.12 pH |
0.02 pH |
0.01 N Hydrochloric acid (TRM-S-2001) |
RMs/CRMs |
888 |
12031 - 20106 |
Secondary pH standard |
1.66 - 1.70 pH |
0.02 pH |
Tetroxalate pH standard (TRM-S-2002) |
RMs/CRMs |
889 |
12031 - 20108 |
Secondary pH standard |
11.70 - 11.74 pH |
0.02 pH |
Alkaline phosphate pH standard (TRM-S-2008) |
RMs/CRMs |
890 |
12031 - 20101 |
Secondary pH standard |
3.99 - 4.02 pH |
0.01 pH |
Phthalate pH standard (TRM-S-2003) |
RMs/CRMs |
891 |
12031 - 20102 |
Secondary pH standard |
6.85 - 6.88 pH |
0.01 pH |
Phosphate pH standard (TRM-S-2004) |
RMs/CRMs |
892 |
12031 - 20104 |
Secondary pH standard |
6.99 - 7.03 pH |
0.01 pH |
Phosphate pH standard (TRM-S-2005) |
RMs/CRMs |
893 |
12031 - 20103 |
Secondary pH standard |
9.17 - 9.20 pH |
0.01 pH |
Tetraborate pH standard (TRM-S-2006) |
RMs/CRMs |
894 |
12031 - 20105 |
Secondary pH standard |
9.99 - 10.02 pH |
0.10 pH |
Carbonate pH standard (TRM-S-2007) |
RMs/CRMs |
895 |
12031 - 20601 |
Secondary electrolytic conductivity solution (0.1 mol/l KCl) (TRM-S-2018) |
12.88 mS/cm |
0.1 mS/cm |
RMs/CRMs |
|
896 |
12031 - 20602 |
Secondary electrolytic conductivity solution (0.01mol/l KCl) (TRM-S-2019) |
1413 mS/cm |
0.2% relative |
RMs/CRMs |
|
897 |
12031 ? 20603 |
Secondary electrolytic conductivity solution (0.001mol/l KCl) (TRM-S-2017) |
147 mS/cm |
1%relative |
RMs/CRMs |
|
898 |
12031 - 20701 |
pH of ethanol (TRM-S-2016) |
6.0 - 8.0 pH |
0.5 pH |
RMs/CRMs |
|
899 |
120310 - 10403 |
Electrolytic conductivity of ethanol |
1-500 mS/m |
5% relative |
RMs/CRMs |
|
900 |
12051 - 20101 |
Oxygen in Nitrogen (1-30 cmol/mol) (TRM-E-3010) |
1-30 cmol/mol |
0.25-0.45% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
901 |
12051 - 20102 |
Oxygen in Nitrogen (1-30 cmol/mol) (TRM-E-3010) |
1-30 cmol/mol |
0.25-0.45% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
902 |
12051 - 20103 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
903 |
12051 - 20104 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
904 |
12051 - 20105 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
905 |
12051 - 20107 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
906 |
12051 - 20106 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
907 |
12051 - 20108 |
Oxygen in Nitrogen (2-30 cmol/mol) (TRM-E-3011) |
2-30 cmol/mol |
0.50% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
908 |
12051 - 20201 |
Carbon dioxide in Nitrogen (1-15 cmol/mol) (TRM-E-3020) |
1-15 cmol/mol |
1.0% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
909 |
12051 - 20202 |
Carbon dioxide in Nitrogen (1-15 cmol/mol) (TRM-E-3020) |
1-15 cmol/mol |
1.0% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
910 |
12051 - 20301 |
Methane in Nitrogen (1-15 cmol/mol) (TRM-E-3030) |
1-15 cmol/mol |
0.35% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
911 |
12051 - 20302 |
Methane in Nitrogen (1-15 cmol/mol) (TRM-E-3030) |
1-15 cmol/mol |
0.35% relative |
Cylinder volume : 9.5 Liters Filling Pressure : 100 bar |
RMs/CRMs |
912 |
12051 - 20303 |
Methane in Nitrogen (1-10 cmol/mol) (TRM-E-3031) |
1-10 cmol/mol |
0.7% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
913 |
12051 - 20304 |
Methane in Nitrogen (1-10 cmol/mol) (TRM-E-3031) |
1-10 cmol/mol |
0.7% relative |
Cylinder volume : 10 Liters Filling Pressure : 100-135 bar |
RMs/CRMs |
914 |
12050-20601 |
Propane in Nitrogen (200 - 5,000 mmol/mol) (TRM-E-3061) |
200-5,000 mmol/mol |
0.5% relative |
Cylinder volume : 10 Liters Filling Pressure : 100 bar |
RMs/CRMs |
915 |
12050-20602 |
Propane in Nitrogen (200 - 5,000 mmol/mol) (TRM-E-3061) |
200-5,000 mmol/mol |
0.5% relative |
Cylinder volume : 10 Liters Filling Pressure : 100 bar |
RMs/CRMs |