HG/T 3679-2000 Ruthenium trichloride for electrolytic cell metal anode coating

HG/T 3679-2000 Ruthenium trichloride for electrolytic cell metal anode coating HG/T3679-2000 standard download decompression password: www.bzxz.net

1C871.060.50
General Case No.: 75082000
Chemical Industry Standard of the People's Republic of China
HG/T 36792000
Ruthenium trichloride for dimensinally stable anode coatingin electrolyzer
Published on 2000-06-05
Implemented on 2001-03-01
Published by China Petroleum and Chemical Industry
IG/36792000
This standard is formulated to meet the application requirements of electrolytic anode production. The quality requirements and pre-quality evaluation methods proposed by the standard are mainly based on the actual situation in China, and the domestic enterprise standards and product inspection results of major production enterprises are collected. At the same time, according to the actual domestic production level and different application requirements, the trichloride is divided into type 1 and type 2. Type 1 is suitable for applications with relatively high requirements, such as ion removal electrolysis and metal anode coating, and type 2 is suitable for applications with general requirements.
This standard was proposed by the Technical Supervision Department of the Ministry of Chemical Industry of the People's Republic of China. This standard is under the jurisdiction of the National Technical Committee for Chemical Standardization: Xi'an Chemical Research Institute, Yinluzhou Metal Anode Quality Inspection Center, Shanghai Guizheng Cultural Products Co., Ltd., Shanghai Yin'a Chemical Plant, Shanghai Trade Co., Ltd., and this standard is issued by Wang Wen, Guo Shujingming, and Zhang Tao.
Chemical Industry Standard of the People's Republic of China
Ruthenium trichloridefor dimensionally tubular node coating for electrolytic cell electrolyzer
1 Scope
HG/T36792000
This standard specifies the requirements, test methods, inspection rules, packaging, marking and safety of chemical products used in anode layer of electrolytic cell
This standard only uses trichloride solid salts produced by the chlorination method with metal ruthenium powder or ruthenium compound as the main raw material, which must be produced by the chlorination method, and the formula is Rul,
The mass pressure is 207.4 yuan (International Relative Mass 1995) 2 Reference standards
The following references and the clauses contained in them shall constitute the clauses of this standard by reference in this standard. When this standard is revised, the indicated points shall be valid. All standards shall be read and revised. When using this standard, the parties shall use the latest version of the following standard: G190—1550
Dangerous goods packaging marking
.GB/TS01-
GH/T 632
GB/T 613—198H
GB/T619—1988
G/T:2501989
GB/T G69?
G3/T9723-1988bzxz.net
GB 15346—1!
3 Product categories
Beijing reagents
Chemical reagents
Preparation of standard solutions for quantitative analysis (quantitative analysis) Preparation of standard solutions for determination of impurities
Preparation of reagents and products used in test methods Chemical reagents
Chemical reagents
Sampling and verification rules
Expression and determination of reporting limit values ​​Specifications and test methods for water used in analytical laboratories (10) 369: 1987) Chemical testing
General rules for flame retardancy||tt ||Packaging must be marked
Chemical test
The types of clothing products are divided into solid sodium chloride and material sodium dichloride (sodium chloride salt solution). 4 Requirements
4.1 Appearance and properties
Solid sodium chloride is a granular product with a luster. Its content varies depending on the water content. It is generally gray to red, very volatile, soluble in water, and decomposes in hot water. Liquid sodium chloride is reddish brown and has strong acidity. It can react with water and alcohol. 4.2 Technical requirements
4.2.1 The properties of solid sodium chloride are shown in Table 1. Approved by the State Administration of Petroleum and Chemical Industry on June 5, 2001 and implemented on March 1, 2001
Total amount
Sodium: N
Calcium (Ca)
N-butyl oxide
4.2.? The requirements of the three-year chemical process of Luan Ti are shown in Table 2.
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