Home   GB Standards Search   GB Standards Index GB Standards Testing   GB Standards Compliance Pricing & Payment Contact Us
 

China Leather - Determinat GB Standards Search Result

1. Ready translated GB standards and Chinese version GB Standards, you can purchase directly in the web page; After receive your payment, we will send the GB Standards PDF file to your Email within 1~3 days.
2. Other English version GB Standards are not ready translated, only after get your order, then we translate them, time usually need 3-5 days .
       
GB/T 38403.2-2024
Leather and fur - Determination of mildew inhibitors - Part 2: Liquid chromatography (artificial sweat extraction)
- 英文版
GB/T 22890.2-2024
Leather - Determination of water resistance of soft leather - Part 2: Repeated angular compression =Mezer method
- 英文版
GB/T 22890.1-2024
Leather - Determination of water resistance of soft leather - Part 1: Repeated linear compression method (penetropyometer method)
- 英文版
GB/T 43818.1-2024
Leather - Determination of abrasion resistance - Part 1: Taber method
- 英文版
GB/T 33285.2-2024
Leather and fur - Determination of alkylphenols and alkylphenol polyoxyethylene ethers - Part 2: Indirect method
- 英文版
GB/T 43720-2024
Leather and fur-Chemical tests-Determination of flame retardants
- 英文版
GB/T 43722.1-2024
Leather-Determination of antibacterial properties-Part 1: Membrane contact method
- 英文版
GB/T 43819-2024
Leather-Chemical tests-Determination of pesticide residues
- 英文版
GB/T 43016-2023
Artificial Leather Test Methods for Synthetic Leather Determination and Evaluation of Surface Wrinkles
- 英文版
GB/T 43006-2023
Leather and fur - Determination of microbial degradability
- 英文版
GB/T 17928-2023
Leather - Physical and mechanical tests - Determination of pinhole tear strength
- 英文版
GB/T 41424.1-2022
Leather - Determination of soiling properties - Part 1: Tumble method
- 英文版
GB/T 42164-2022
Leather - Chemical tests - Determination of hexavalent chromium content under heat aging conditions
- 英文版
GB/T 22933-2022
Leather and furs - Chemical tests - Determination of free fatty acids
- 英文版
GB/T 41793-2022
Test method for artificial leather and synthetic leather - Determination of potential phenolic yellowing
- 英文版
GB/T 22889-2021
Leather—Physical and mechanical tests—Determination of surface coating thickness
- 英文版
GB/T 22888-2021
Leather - Physical and mechanical tests - Determination of cold crack temperature of surface coatings
- 英文版
GB/T 22808-2021
Leather and fur-Chemical tests-Determination of chlorinated phenols content
- 英文版
GB/T 26703-2021
Determination of abrasion resistance for top piece of leather shoes
- 英文版
GB/T 22930.2-2021
Leather and fur—Chemical determination of metal content—Part 2:Total metal content
- 英文版
GB/T 22930.1-2021
Leather and fur—Chemical determination of metal content—Part 1:Extractable metals
- 英文版
GB/T 40938-2021
Leather—Physical and mechanical tests—Determination of water penetration pressure
- 英文版
GB/T 40927-2021
Leather—Physical and mechanical tests—Determination of heat resistance of patent leather
- 英文版
GB/T 40936-2021
Leather—Physical and mechanical tests—Determination of water repellency of garment leather
- 英文版
GB/T 39500-2020
Leather—Physical and mechanical tests—Determination of apparent density and mass per unit area
- 英文版
GB/T 39507-2020
Leather—Physical and mechanical tests—Determination of abrasion resistance:Martindale ball plate method
- 英文版
GB/T 38612-2020
Test method of artificial leather and synthetic leather—Determination of tensile load and elongation at break
- 英文版
GB/T 38464-2020
Test method of artificial leather and synthetic leather—Determination of cold resistance
- 英文版
GB/T 38465-2020
Test method of artificial leather and synthetic leather—Determination of cold resistance
- 英文版
GB/T 39375-2020
Leather—Physical and mechanical tests—Determination of dimensional change
- 英文版

Find out:74Items   |  To Page of: First -Previous-Next -Last  | 1 2 3

 

1F Zhongmao Building, No.1 Beizhan Road, Luohu District, Shenzhen City, China
+86-755-2583-1330        [email protected] 
©  Copyright 2001-2025  RJS MedTech Inc. All Rights Reserved