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 Kazakhstan, KazInMetr (Kazakh Institute of Metrology RSE)    Complete CMCs in Mass and related quantities for Kazakhstan (.PDF file)
  
Hardness. Hardness block, According to ISO 6508:1 and GOST 9013 HRA   Absolute expanded uncertainty (k = 2, level of confidence 95%) in HRA: 0.5   Rockwell A according ISO 6508:3 and GOST 9013   Preliminary test force: 98.07 N   Total test force: 588.4 N   Approved on 16 April 2010 
 Hardness. Hardness block, According to ISO 6501:3 and GOST 9013 HRB   Absolute expanded uncertainty (k = 2, level of confidence 95%) in HRB: 0.8   Rockwell B according ISO 6508:3 and GOST 9013   Preliminary test force: 98.07 N   Total test force: 980.7 N   Approved on 16 April 2010 
 Hardness. Hardness block, According to ISO 6508:1 and GOST 9013 HRC   Absolute expanded uncertainty (k = 2, level of confidence 95%) in HRC: 0.5   Rockwell C according ISO 6508:3 and GOST 9013   Preliminary test force: 98.07 N   Total test force: 1471 N   Approved on 16 April 2010 
 Hardness. Hardness block, According to ISO 6508:1 and GOST 22975 HRN   Absolute expanded uncertainty (k = 2, level of confidence 95%) in HRN: 0.7   Rockwell N according ISO 6508:3 and GOST 22975   Preliminary test force: 29.42 N   Total test force: 147.1 N to 441.3 N   Approved on 16 April 2010 
 Hardness. Hardness block, According to ISO 6508:3 and GOST 22975 HRT   Absolute expanded uncertainty (k = 2, level of confidence 95%) in HRT: 0.8   Rockwell 15T according ISO 6508:3 and GOST 22975   Preliminary test force: 29.42 N   Total test force: 147.1 N   Approved on 16 April 2010 
 Hardness. Hardness block, According to ISO 6508:3 and GOST 22975 HRT   Absolute expanded uncertainty (k = 2, level of confidence 95%) in HRT: 1.2   Rockwell 30T according ISO 6508:3 and GOST 22975   Preliminary test force: 29.42 N   Total test force: 294.2 N   Approved on 16 April 2010 
 Mass. Mass standards, 1 mg to 100 mg   Absolute expanded uncertainty (k = 2, level of confidence 95%) in µg: 1.5 to 2.4   Subdivision method   Temperature: 17.5 °C to 22.5 °C   Relative humidity: 40 % to 60 %   Uncertainty scales with measurand level. The volume of the mass standards is known Approved on 10 September 2014 
 Mass. Mass standards, 0.1 g to 1 g   Absolute expanded uncertainty (k = 2, level of confidence 95%) in µg: 2.4 to 3   Subdivision method   Temperature: 17.5 °C to 22.5 °C   Relative humidity: 40 % to 60 %   Uncertainty scales with measurand level. The volume of the mass standards is known Approved on 10 September 2014 
 Mass. Mass standards, 1 g to 10 g   Absolute expanded uncertainty (k = 2, level of confidence 95%) in µg: 3 to 6   Subdivision method   Temperature: 17.5 °C to 22.5 °C   Relative humidity: 40 % to 60 %   Uncertainty scales with measurand level. The volume of the mass standards is known Approved on 10 September 2014 
 Mass. Mass standards, 10 g to 100 g   Absolute expanded uncertainty (k = 2, level of confidence 95%) in µg: 6 to 16   Subdivision method   Temperature: 17.5 °C to 22.5 °C   Relative humidity: 40 % to 60 %   Uncertainty scales with measurand level. The volume of the mass standards is known Approved on 10 September 2014 
 Mass. Mass standards, 0.1 kg to 1 kg   Absolute expanded uncertainty (k = 2, level of confidence 95%) in µg: 16 to 120   Subdivision method   Temperature: 17.5 °C to 22.5 °C   Relative humidity: 40 % to 60 %   Uncertainty scales with measurand level. The volume of the mass standards is known Approved on 10 September 2014 
 Mass. Mass standards, 1 kg to 10 kg   Absolute expanded uncertainty (k = 2, level of confidence 95%) in mg: 0.12 to 1.6   Direct comparison   Temperature: 17.5 °C to 22.5 °C   Relative humidity: 40 % to 60 %   Uncertainty scales with measurand level. The volume of the mass standards is known Approved on 10 September 2014 
 Hardness. Hardness block, According to ISO 6507:1 HV   Relative expanded uncertainty (k = 2, level of confidence 95%) in %: 1.7   Vickers HV1 according to ISO 6507:3   Test force: 9.807 N   Approved on 28 February 2014 
 Hardness. Hardness block, According to ISO 6507:1 HV   Relative expanded uncertainty (k = 2, level of confidence 95%) in %: 1.5   Vickers HV5, HV30 according to ISO 6507:3   Test force: 49.03 N, 294.2 N   Approved on 28 February 2014 
 Viscosity. Newtonian liquids, 20 mm^{2}/s   Relative expanded uncertainty (k = 2, level of confidence 95%) in %: 0.25   Reference liquids   Temperature: 20 °C 
 Viscosity. Newtonian liquids, 100 mm^{2}/s   Relative expanded uncertainty (k = 2, level of confidence 95%) in %: 0.32   Reference liquids   Temperature: 20 °C 
 Viscosity. Newtonian liquids, 1000 mm^{2}/s   Relative expanded uncertainty (k = 2, level of confidence 95%) in %: 0.4   Reference liquids   Temperature: 20 °C 
 Time scale difference. Local clock vs. UTC(KZ), 1 s to 1 s   Absolute expanded uncertainty (k = 2, level of confidence 95%) in ns: 5.1   Time interval measurement   Pulse amplitude: > 1 V   Slew rate: > 0.5 V/ns   Fractional part of modulo 1 second difference, integer part can be provided also Approved on 13 March 2015 
 Time scale difference. Local clock vs. UTC, 1 s to 1 s   Absolute expanded uncertainty (k = 2, level of confidence 95%) in ns: 151   Comparison against UTC   Pulse amplitude: > 1 V   Slew rate: > 0.5 V/ns   Prediction time: 10 days   Predicted Fractional part of modulo 1 second difference, integer part can be provided also Approved on 13 March 2015 
 Time scale difference. Remote clock vs. UTC(KZ), 1 s to 1 s   Absolute expanded uncertainty (k = 2, level of confidence 95%) in ns: 97   GPS common view comparison against UTC(KZ)   Pulse amplitude: > 1 V   Slew rate: > 0.5 V/ns   Averaging time: 5 days   Distance: < 1500 km   Fractional part of modulo 1 second difference, integer part can be provided also Approved on 13 March 2015 
