This standard specifies the marking, requirements, sampling, test methods, marking and quality certificates of copper refined slag used as non-metallic abrasive for blast cleaning of steel surfaces before coating. This standard applies to the manufacture, inspection and acceptance of unused copper refined slag. GB/T 17850.3-1999 Technical requirements for non-metallic abrasives used for blast cleaning of steel surfaces before coating Copper refined slag GB/T17850.3-1999 Standard download decompression password: www.bzxz.net
This standard specifies the marking, requirements, sampling, test methods, marking and quality certificates of copper refined slag used as non-metallic abrasive for blast cleaning of steel surfaces before coating. This standard applies to the manufacture, inspection and acceptance of unused copper refined slag.

ICS 87.020
National Standard of the People's Republic of China
GB/T 17850.3--1999
eqv 1S0 11126-3:1993
Preparation of steel substrales before application of paints andrelated productsSpecifications for non-metallic blast-cleaning abrasives--Copper refinery slagPublished on August 31, 1999
Implemented on June 1, 2000
Published by the State Administration of Quality and Technical Supervision
WGB/T17850.3—1999
This standard is compiled based on ISO11126-3, 1993 Technical requirements for non-metal abrasives for blast cleaning of steel surfaces before coating Part 3, Copper refining slag, and is equivalent to the international standard in terms of technical content and compilation rules. This standard is in accordance with the provisions of GB/T1.3—1997 in terms of compilation format. Chapter 4 “Marking *” of this standard has made some modifications to ISO11126-3 in terms of format. Chapter 5 “Requirements” and Chapter 6 “Sampling” are equivalent to Chapter 6 and Chapter 5 of ISO11126-3, and the “Test Method” in Table 2\ of Chapter 6 of ISO11126-3 is compiled as Chapter 7 of this standard. This standard is proposed by China State Shipbuilding Corporation. This standard is under the jurisdiction of the 11th Research Institute of China State Shipbuilding Corporation. The drafting unit of this standard is the First Research Institute of China State Shipbuilding Corporation. The main drafter of this standard is Qin Yinhua.
ww.bzsoso：comGB/T17850.3—1999
ISOForeword
IS(International Organization for Standardization) is a worldwide federation of national standards bodies (ISO member bodies). The formulation of international standards is usually carried out by ISO technical committees. Each member body has the right to participate in the committee if it is interested in the subject of a technical committee. Official or unofficial international organizations associated with ISO may also participate in this work. ISO and the International Electrotechnical Commission (TEC) work closely in all aspects of electrotechnical standardization. The draft international standards adopted by the technical committees are sent to the member groups for voting. At least 75% of the member groups participating in the voting must vote in favor before they can be published as international standards. ISO) 11126-3 was formulated by ISO/TC35/SC12 Paints and Varnishes Technical Committee, Subcommittee on Surface Treatment of Steel before Coating.
Technical requirements for non-gold screen abrasives for blasting
The following ISO 11126 is composed under the general title "Special standards for surface preparation of steel substrates before application of paint":
Part 1: General and classification
Part 2: Silica sand
Part 3: Copper refining
Part 4: Coal furnace slag
Part 5: Nickel refining slag
Part 6: Ironmaking slagwww.bzxz.net
Part 7: Molten alumina
Part 8: Olivine sand
Part 9: Staurolite
Part 10: Garnet
Parts 2, 7, 9 and 10 are still under preparation. National Standard of the People's Republic of China
Surface treatment of steel before coating
Technical requirements for non-metallic abrasives for blast-cleaning Copper refinery slag
Preparatiun of steel yuhstrates before application of palnts and related products-Specifications fnr non-metallle blast-cleaning abrnsives--Copper refinery slag Specifications fnr non-metallle blast-cleaning abrnsives--Copper refinery slag Specifications GB/T 17850.3—1999
eqTSO 11126-311993
This standard specifies the marking, requirements, sampling, test methods, marking and quality certificate of non-metallic abrasive copper refinery slag for blast-cleaning of steel before coating (hereinafter referred to as copper refinery slag). This standard is applicable to the manufacture, inspection and acceptance of unused steel refinery slag. 2 Referenced standards
The provisions contained in the following standards constitute the provisions of this standard through reference in this standard. At the time of publication of this standard, the versions shown are valid. All standards are subject to revision, and parties using this standard should explore the possibility of using the latest versions of the following standards. GB/T17819—1999 Test method for non-metallic abrasives for blast cleaning of steel surface treatment before coating 3 Definitions
This standard adopts the following definitions
Copper refining slag copper relincry slag is a synthetic mineral-
non-metallic abrasive for blast cleaning, made from slag obtained from copper smelting, granulated in water, dried, screened, with or without mechanical crushing. Its main component is iron silicate. 4 Marking
4.1 The model of copper refining slag is represented by:口/口
-particle size range, according to the numbers specified in Table 1, mm initial particle shape, sand inspection, G
copper smelting slag.cu
non-metallic abrasive, N
approved by the State Administration of Quality and Technical Supervision on August 31, 1999 and implemented on June 1, 2000
Wparticle size range\mm
sieve size
GB/T 17850.3—1999
Table 1 Particle size range
u. 2~0. 5|0. 2-~1. 0:0. 2~-1.40. 2~2. 0|0. 2~2. 8j0. 5 ~1. 0|0. 5~1. 11. 0--2. 01. 1 --2. 8c. 5
Residue, %
Residue amount
(weight ratio]
Throughput.%
(blue out)
1) According to the agreement between the supply and demand parties, abrasives of different sizes can be combined, and the cumulative proportion of large and small abrasives in normal sizes should be specified in detail. The maximum particle size should not exceed 3.15mm and the percentage of particles less than 0.2mm should not exceed 5% (by weight). The marking example of the refining slag is:
The initial particle shape is sand particles, and the particle size range is 0.5mm~~1.0mm. The marking of copper refining slag is: N/Cu/G 0.5--1.0.
5 Requirements
5.1 General requirements
5.1.1 Copper refining slag should be a glassy amorphous material that does not absorb water and can only be wetted on the surface. 5.1.2 The silicon in the copper refining slag should exist in the form of bonded magnetic salts. The content of free silicon (such as quartz, quartz, and quartz) determined by X-ray diffraction method should not exceed 1% (by weight). 5.1.3 The material should be free of corrosive components or contaminants that are harmful to adhesion. Note: 1. The liquid abrasives are supplied predominantly in an angular state. More rounded particles are also not excluded, as their effect on surface sugar content is similar to that of cleaning with angular particles. The equipment, materials and solutions used for surface treatment may cause harm to personnel and environment if not used carefully (such as partial separation of vinegar). The toxic substances that cause the toxic substances are>. In the implementation of this standard, the relevant national pollution and environmental protection policies and regulations shall be observed, and the quality of the products shall be properly protected.
5.2 Performance requirements
The main performance indicators of copper refining solution shall be as specified in Table 2. Table 2 Main performance indicators of copper refining slag
Particle size range
Surface density, g/m
Heavy hardness, grade
Water content, conductivity, ms/m
Soluble oxide, %
See 1
(3. 3 ~9. 9)×10
W.6 Sampling
CB/T 17850.3—1999
The sampling procedure shall be carried out in accordance with the provisions of Section 5 of GB/T17849--1999. 7 Test methods
The test methods for the particle size range, apparent density, Mohr hardness, water content, electrical conductivity of water extract and water-soluble vapors of the refined products shall be carried out in accordance with the provisions of GB/T17849. The results shall conform to Section 5.2. 8 Marking and quality certificate
8.1 All supplies must comply with the provisions of Chapter 4 and must be clearly marked and labeled directly or with the shipping order. 8.2 If necessary: ​​The manufacturer or supplier should provide a declaration of defect, listing in detail the main performance indicators and test methods used in the system specified in Table 2.
W
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