Other norms

FR.1.31.2006.02904
FR.1.31.2006.02904
AM 72-290-2004 MKHA aluminum and aluminum alloys. Determination of the mass fractions of magnesium, copper, zinc, iron, manganese, silicon, lead, nickel, titanium and tin by the atomic emission method with ICP at the input quality control of products
FR.1.31.2006.02905
FR.1.31.2006.02905
AM 72-291-2004 MKHA ferrosilicon. Determination of the mass fraction of silicon by the gravimetric method in the control of product quality
FR.1.31.2006.02906
FR.1.31.2006.02906
AM 72-227-2005 MKHA iron oxide. Determination of the mass fraction of iron oxide (III) titrimetric method for quality control products
FR.1.31.2006.02907
FR.1.31.2006.02907
AM 72-292-2005 MKHA manganese metal and manganese nitrated. Determination of mass fractions of manganese, silicon and phosphorus by the X-ray fluorescence spectral method while controlling product quality
FR.1.31.2006.02908
FR.1.31.2006.02908
AM 72-226-2005 MKHA slags and slag materials. Determination of the mass fraction of total iron by the titrimetric method in the control of product quality
FR.1.31.2006.02909
FR.1.31.2006.02909
AM 72-243-2005 MKHA slags and slag materials. Determination of the mass fraction of iron oxide (II) by the titrimetric method in the control of product quality
FR.1.31.2006.02910
FR.1.31.2006.02910
AM 72-244-2005 MKHA slags and slag materials. Determination of the mass fraction of manganese (II) oxide by the titrimetric method in the control of product quality
FR.1.31.2006.02911
FR.1.31.2006.02911
AM 72-246-2005 MKHA slags and slag materials. Determination of the mass fraction of silicon oxide (IV) by the gravimetric method in the control of product quality
FR.1.31.2006.02912
FR.1.31.2006.02912
AM 72-293-2005 IHAA fused fluxes. Determination of the mass fraction of calcium oxide by the complexometric method while controlling product quality
FR.1.31.2006.02913
FR.1.31.2006.02913
AM 72-252-2005 MKHA steel carbon and low alloy. Determination of the mass fraction of carbon by the optical emission spectral method in the control of product quality
FR.1.31.2006.02914
FR.1.31.2006.02914
AM 72-294-2005 ICHA ferrophosphorus. Determination of the mass fractions of phosphorus, silicon, manganese and titanium by the X-ray fluorescence spectral method at the input control of products
FR.1.31.2006.02915
FR.1.31.2006.02915
AM 72-296-2005 MKHA copper and copper alloys. Determination of the mass fractions of iron, manganese, nickel and lead by the atomic emission method with inductive plasma at the input control of products
FR.1.31.2006.02916
FR.1.31.2006.02916
AM 72-295-2005 MKHA aluminum alloys. Determination of the mass fraction of aluminum, silicon, magnesium, iron, manganese, titanium, copper and zinc by the X-ray fluorescence spectral method at the input quality control of products
FR.1.31.2006.02917
FR.1.31.2006.02917
AM 72-298-2005 MKHA iron ores, concentrates, agglomerates, pellets, iron oxide, scale, sludges and dusts. Determination of the mass fraction of elements by the atomic emission method with ICP at the input quality control of products
FR.1.31.2006.02918
FR.1.31.2006.02918
AM 72-241-2005 MKHA iron ores, concentrates, agglomerates, pellets and sludge. Determination of the mass fraction of manganese (II) oxide by the titrimetric method at the input quality control of products
FR.1.31.2006.02919
FR.1.31.2006.02919
AM 72-242-2005 MKHA iron ores, concentrates, agglomerates, pellets and sludge. Determination of the mass fraction of total iron by the titrimetric method at the input quality control of products
FR.1.31.2006.02920
FR.1.31.2006.02920
AM 72-302-2006 IHAA fused fluxes. Determination of the mass fraction of aluminum oxide titrimetric complexometric method for quality control products
FR.1.31.2006.02921
FR.1.31.2006.02921
AM 72-300-2006 IHAA carbon and alloyed steels. Determination of the mass fraction of lead by atomic absorption at the quality control of products
FR.1.31.2006.02922
FR.1.31.2006.02922
AM 72-301-2006 MKHA steel carbon and alloyed. Determination of the mass fraction of mercury by an inductively coupled plasma atomic absorption method with product quality control
FR.1.31.2006.02923
FR.1.31.2006.02923
AM 05757665-72-304-2006 MKHA flux of metallurgical fused. Determination of the mass fraction of calcium fluoride photometric method with alizarin-complexone in the control of product quality
FR.1.31.2006.02924
FR.1.31.2006.02924
AM 05757665-72-305-2006 MKHA iron ores, concentrates, agglomerates, pellets, iron oxide and scale. Determination of the mass fraction of zinc by atomic absorption at the input quality control of products
FR.1.31.2006.02925
FR.1.31.2006.02925
AM 05757665-72-308-2006 MKHA ferroniobium. Determination of the mass fraction of aluminum and titanium by the atomic emission method with inductively coupled plasma at the input quality control of products
FR.1.31.2006.02926
FR.1.31.2006.02926
AM 05757665-72-309-2006 MKHA ferrovanadium. Determination of the mass fraction of aluminum, manganese, copper and silicon by the atomic emission method with inductively coupled plasma at the input quality control of products
FR.1.31.2006.02927
FR.1.31.2006.02927
AM 72-303-2005 Measurement Technique. Weight of zinc coating per 1 m2 of hot-dip galvanized steel. Gravimetric method
FR.1.31.2006.02930
FR.1.31.2006.02930
Methods for measuring the mass concentration of ammonium nitrogen in natural, drinking and waste water samples using the photometric method No. 01.1: 1.2.4.50-06
FR.1.31.2006.02931
FR.1.31.2006.02931
Methods for measuring the mass concentration of ferrous oxide (Fe2) in samples of natural, drinking and waste waters by the photometric method № 01.1: 1.2.4.57-06
FR.1.31.2006.02932
FR.1.31.2006.02932
Methods for measuring the total iron content in samples of natural, drinking, waste and process water by the photometric method No. 01.1: 1.2.4.51-06
FR.1.31.2006.02933
FR.1.31.2006.02933
Methods for measuring the overall hardness of samples of natural, drinking and waste waters by the photometric method No. 01.1: 1.2.4.52-06
FR.1.31.2006.02934
FR.1.31.2006.02934
Methods for measuring the mass concentration of nitrite ions in natural, drinking, and wastewater by photometric method No. 01.1: 1.2.4.53-06
FR.1.31.2006.02935
FR.1.31.2006.02935
Methods for measuring the mass concentration of sulfates in samples of natural, drinking and waste waters using turbidimetry method No. 01.1: 1.2.4.54-06
FR.1.31.2006.02936
FR.1.31.2006.02936
Methods for measuring the mass concentration of total phosphorus in samples of natural, drinking and waste waters by the photometric method No. 01.1: 1.2.4.58-06
FR.1.31.2006.02937
FR.1.31.2006.02937
Methods for measuring the mass concentration of free, bound and total chlorine in samples of disinfectant solutions, drinking and waste waters, swimming pool water using the photometric method No. 01.1: 1.2.3.4.55-06
FR.1.31.2006.02938
FR.1.31.2006.02938
Methods for measuring the mass concentration of chlorides in samples of natural, drinking and waste waters using turbidimetry method No. 01.1: 1.2.4.59-06
FR.1.31.2006.02939
FR.1.31.2006.02939
Measurement Technique for Measuring Chemical Oxygen Consumption in Natural, Drinking and Wastewater Samples by Photometric Method No. 01.1: 1.2.4.56-06
FR.1.31.2006.02940
FR.1.31.2006.02940
Methods for measuring biological oxygen consumption in samples of natural, treated wastewater and wastewater using the manometric method № 01.1: 1.2.4.60-06
FR.1.31.2006.02941
FR.1.31.2006.02941
MVI mass concentration of total iron in samples of natural, drinking, waste and process water by photometric method using Spectroquant Multy № 19.1: 1.2.3.4.21-05
FR.1.31.2006.02942
FR.1.31.2006.02942
MWI aluminum mass concentration in samples of natural, drinking, waste and process water by photometric method using Spectroquant Multy № 19.1: 1.2.3.4.22-05
FR.1.31.2006.02943
FR.1.31.2006.02943
MVI mass concentration of phosphates, polyphosphates and total phosphorus in samples of natural, drinking and waste waters by the photometric method using Spectroquant Multy № 01.1: 1.2.4.23-05
FR.1.31.2006.02944
FR.1.31.2006.02944
MVI mass concentration of nitrites in samples of natural, drinking and waste waters by the photometric method using Spectroquant Multy colorimeter No. 01.1: 1.2.4.24-05
FR.1.31.2006.02945
FR.1.31.2006.02945
MVI photometric mass concentration of nitrates in samples of natural, drinking, waste and process water using Spectroquant Multy № 01.1: 1.2.3.4.25-05
FR.1.31.2006.02946
FR.1.31.2006.02946
MVI mass concentration of manganese in samples of natural and drinking water, precipitation and snow cover by the photometric method using Spectroquant Multy № 01.1: 1.4.2: 2.26-05
FR.1.31.2006.02947
FR.1.31.2006.02947
MVI mass concentration of ammonium nitrogen in samples of natural, drinking and waste waters by the photometric method using Spectroquant Multy № 01.1: 1.2.4.27-05 colorimeter
FR.1.31.2006.02948
FR.1.31.2006.02948
MWI of chemical oxygen consumption in surface, ground and sewage samples by the photometric method using Spectroquant Multy № 01.1: 1.2.28-05
FR.1.31.2006.02949
FR.1.31.2006.02949
MVI mass ozone concentration in drinking, wastewater and disinfectant solutions by photometric method using Spectroquant Multy № 01.1: 2.3.4.30-05
FR.1.31.2006.02950
FR.1.31.2006.02950
MVI mass concentration of fluorides in samples of natural, drinking and waste waters by photometric method using Spectroquant Multy colorimeter No. 01.1: 1.2.4.31-05
FR.1.31.2006.02951
FR.1.31.2006.02951
MVI mass concentration of phosphates, polyphosphates and total phosphorus in samples of natural, drinking and waste waters by photometric method using Spectroquant Colorimeter Picco PO4-P № 01.1: 1.2.4.32-05
FR.1.31.2006.02952
FR.1.31.2006.02952
MVI photometric mass concentration of nitrates in samples of natural, drinking, waste and process water using Spectroquant Colorimeter Picco NO3-N № 01.1: 1.2.3.4.33-05 colorimeter
FR.1.31.2006.02953
FR.1.31.2006.02953
MVI mass concentration of ammonium nitrogen in samples of natural, drinking and waste water photometrically using a Spectroquant Colorimeter Picco NH4-N No. 01.1: 1.2.4.34-05

All Codes and Regulations

All Categories

Send us a message Expand Collapse

Leave your message in the form below, and we will write back by e-mail!