JC/T 1074-2021Purificatory Performance of Coatings with Air Purification (English PDF)

Foreword

This Document was drafted as per the rules specified in GB/T 1.1-2020 Directives for Standardization – Part 1: Rules for the Structure and Drafting of Standardizing Documents.

This Document replaced JC/T 1074-2008 Purificatory Performance of Coatings with Air Purification. Compared with JC/T 1074-2008, the major technical changes of this Document are as follows besides the structural adjustments and editorial modifications:

a) Change the Scope of the standard (see Clause 1 of this Edition; Clause 1 of the 2008 Edition);

b) Change the “Normative References” (see Clause 2 of this Edition; Clause 2 of the 2008 Edition);

c) Change the definitions of “Air purification coating” and “Purificatory efficiency”; added the definition of "Purification durability" (see Clause 3 of this Edition; Clause 3 of the 2008 Edition);

d) Change the content of “Classification and Marking”. Air purification coatings are divided into Class I and Class II according to their use. Class I is further divided into Class IS and Class IF according to the material form; and Class W and Class G according to the purification principle (see Clause 4 of this Edition; Clause 4 of the 2008 Edition);

e) Delete “Table 1 -- Purificatory Performance” and “Table 2 Purification Effect Durability”;

add “Table 1 – Purificatory Performance of Indoor Air Purification Coating”; add “Purification durability” item; specify indicators of “Purificatory efficiency” and “Purification durability” projects according to Class IS, Class IF, Class II, Class W, and Class G (see Clause 5 of this Edition; Clause 5 of the 2008 Edition);

g) Change “test device” to “test apparatus and reagents”; and change the content (see 6.2 of h) Add the content of the “gas collection and analysis” item (see 6.3 of this Edition): add the content of the “test substrate” item (see 6.5 of this Edition):

i) Change the content of the “preparation of test sample plate” item (see 6.6 of this Edition;

j) Change the test method and result calculation of the “purificatory efficiency” item (see

6.7 and 7.1 of this Edition; 6.5 of the 2008 Edition); change the test method and result calculation of the "purification durability" item (see 6.8 and 7.2 of this Edition; 6.6 of k) Change the content of “Test Report” (see Clause 8 of this Edition; Clause 7 of the 2008 Edition);

1) Change the content of “Inspection Rules” (see Clause 9 of this Edition; Clause 8 of the 2008 Edition);

m) Add the content of “Appendix A (Normative) Test Chamber System” (see Appendix A of this Edition);

n) Add The content of “Appendix B (Normative) Test Method of Purificatory Performance of Coatings with Non-Photocatalytic Air Purification” (see Appendix B of this Edition);

o) Add the content of “Appendix C (Normative) Test Method of Purificatory Performance of Coatings with Photocatalytic Air Purification” (see Appendix C of this Edition).

Please note some contents of this Document may involve patents. The issuing agency of this Document shall not assume the responsibility to identify these patents.

This Document was proposed by China Building Materials Federation.

This Document shall be under the jurisdiction of Environmentally Friendly and Healthy Building Materials Standardization Technical Committee of Building Materials Industry.

Drafting organizations of this Document: China Building Materials Academy Co., Ltd.; Lion Trunk (Beijing) Technology Co., Ltd.; Nippon Paint (China) Co., Ltd.; Dow Chemical (China) Co., Ltd.; Xiuyan Manchu Autonomous County Wankelai Jade Industry Development Co., Ltd.; Akzo Nobel Swire Paints (Shanghai) Co., Ltd.; PPG Coating (Shanghai) Co., Ltd.; Hebei Chenyang Industry and Trade Group Co., Ltd.; Wanhua Chemical Group Co., Ltd.; Guangdong BATF New Materials Co., Ltd.; SKSHU Paint Co., Ltd.; China Paint (Shenzhen) Co., Ltd.; Guangdong Luodi Environmental Protection Building Materials Co., Ltd.; Ningbo Xinan Paint Co., Ltd.; Zhengzhou High Polymer Powder Technology Co., Ltd.; CAS Testing Technical Service (Guangzhou) Co., Ltd.; First New Material Technology Development Co., Ltd.; Institute of Microbiology, Guangdong Academy of Sciences (Guangdong Detection Center for Microbiology); Yingkou Panpan Diatom Material Group Co., Ltd.; Guangzhou Institute of Microbiology; Lanshe Diatom New Materials Co., Ltd.; Jilin Green Forest Environmental Protection Technology Co., Ltd.; Changsha Biaolang Zhugong Technology Co., Ltd.; Blue Sky Dolphin Building New Material Co., Ltd.; Jiangsu Langyi Environmental Protection Technology Co., Ltd.; Chengdu Tianyou Jingchuang Technology Co., Ltd.; Chengdu Sentaiyuan Environmental Protection Technology Co., Ltd.; Foshan Shunde District Wenbao Technology Co., Ltd.; Jilin Beijiang New Material Technology Co., Ltd.; Tibet Xuanhe New Materials Co., Ltd.; Miracll Environmental Protection Technology (Wuhan) Co., Ltd.; SGS- CSTC Standards Technical Service (Shanghai) Co., Ltd.; Beijing Guibao Nano Active Silicon Material Co., Ltd.; PLA Unit 93428; Hebei Wanrui Yuanda Technology Development Co., Ltd.; and Zhongguancun Green Ring Diatom New Material Industry Technology Innovation Alliance.

Chief drafting staffs of this Document: Zhang Jinjun, Ji Zhijiang, Wang Jing, Zhao Zhiwei, Gu Jianyong, Nan Xuan, Wang Zhaozhe, Tang Mei, Chen Qiang, Hu Zhongyuan, Ji Xiaoxiao, Tian Shanshan, Huang Fengli, Yin Jianrong, Xu Jingbao, Wang Juhui, Ma Xiangdong, Zhang Renzhe, Xie Xiaobao, Han Guohe, Wang Fenglong, Yu Chunsheng, Liu Hui, Xu Hai, Tong Binyuan, Zhu Li, He Xiuqiong, Li Baosheng, Yang Shunxin, Sun Jun, Liu Yanan, Chen Ziwei, Lu Heping, Yu Chuanghui, Yu Shuaicheng, Cao Yanxin, Liu Ruirui, and Guo Chunhong.

The historical edition replaced by this Document is as follows:

1 Scope

This Document specifies the classification and marking, requirements, test methods, result calculations, test reports and inspection rules of indoor air purification coatings.

This Document applies to indoor air purification coatings.

2 Normative References

The provisions in following documents become the essential provisions of this Document through reference in this Document. For the dated documents, only the versions with the dates indicated are applicable to this Document; for the undated documents, only the latest version (including all the amendments) is applicable to this Document.

3 Terms and Definitions

4 Classification and Marking

5 Requirements

The indoor air purification coatings should meet the requirements in Table 1 for the purificatory performance against certain target pollutants.

a Class I products can be tested for the purificatory performance of target pollutants such as toluene according to this standard test method, and one of the target pollutants of Class II can be selected.

b If the purificatory efficiency of the same coating is not up to standard, the purification durability test will not be carried out.

c C3 indicates the third test cycle.

d C6 indicates the sixth test cycle.

f Only for Class G coatings, report the comparison between the measured values with or without illumination.

6 Test Methods

7 Calculation of Results

7.1.1 See Appendix B for the calculation of the purificatory efficiency and purification durability of coatings with non-photocatalytic air purification.

7.1.2 See Appendix C for the calculation of the purificatory efficiency and purification durability of coatings with photocatalytic air purification.

8 Test Report

The test report shall include the following:

organization, and test date of the sample;

b) Test conditions, including lab and test cabin temperature, relative humidity and other sampling environmental conditions;

pollutant type, purificatory efficiency, purification durability and test cycle times;

source, type of target pollutant, purificatory efficiency, purification durability and test cycle times;

e) Any circumstances that may affect the results.

9 Inspection Rules

Appendix A Test Cabin System