GB/T 31536-2015
常温铜系脱砷剂化学成分分析方法
Analytical method of chemical composition for copper series arsenic removal agent at room temperature
- 实施日期
- 2015-12-01
- ICS 分类
- 71.100.99
组合使用关键词、标准类型、状态与 ICS 分类,快速定位所需国家标准。
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GB/T 31536-2015
Analytical method of chemical composition for copper series arsenic removal agent at room temperature
GB/T 31532-2015
Determination of acesulfame potassium and sodium saccharin in toothpaste—High performance liquid chromatography
GB/T 31531-2015
Determination of quinoline in dyestuffs and textile dyeing and finishing auxiliaries
GB/T 31529-2015
Digital printing materials—Computer direct plate-making plate(CTP Plate)—Test of unit area weight of photosensitive coating
GB/T 31516-2015
Classification method for the hazardous characterisitics of phthalic anhydride
GB/T 31514-2015
Classification method for the hazardous characterisitics of tetrahydrophthalic acid anhydride
GB/T 31487.3-2015
Direct current de-icing devices—Part 3:Tests
GB/T 31479-2015
Determination of colour fastness of dyed paper and board intended to come into contact with foodstuffs
GB/T 31461-2015
Guide for run back and fast cut back control in fossil fuel power plant
GB/T 31460-2015
Technical guide for reactive power compensation and allocation of HVDC converter stations
GB/T 31435-2015
Safety evaluation methods on the materials of external thermal insulation composite systems
GB/T 2384-2015
Dyes intermediates—General method for the determination of melting range
GB/T 2382-2015
Sulphur dyes—Determination of content of free sulphur
GB/T 21881-2015
Acid dyes—Determination of levelling properties
GB/T 21880-2015
Acid dyes—Determination of migration properties
GB/T 21879-2015
Water-soluble dyes—Determination of solubility—Drop test of filter papers
GB/T 21877-2015
Dyestuffs and intermediate of dyes—Determination of tapping density
GB/T 21876-2015
Solvent dyes and intermediate of dyes—Determination of ash content
GB/T 15614-2015
Test method for measuring the glossiness of ceramic pigment
GB/T 5598-2015
Test method for thermal conductivity of beryllium oxide ceramics