T/BYXT 009.2-2024 Rare Earth Antibacterial Textiles - Part 2: Non-woven Fabric Products
T/BYXT 009.2-2024
Basic Information
Scope
Scope: This document specifies the terms and definitions, technical requirements, test methods, inspection rules, packaging, marking, transportation, and storage for rare earth antibacterial nonwoven fabrics. This document applies to disposable rare earth antibacterial nonwoven fabrics. Antibacterial textiles for other purposes may be implemented by reference. Main technical content: Basic requirements, product classification, product name, product brand, ingredient composition (mass fraction/%) and process method. Category No. Product Name Product Brand Ingredient Composition (mass fraction/%) Process Method 01 Rare Earth Antibacterial Towel REA-NWP01-2N c 99.0-95.0 1.0-5.0 Blending Method 02 Rare Earth Antibacterial Single Towel REA-NWP02-2N 03 Rare Earth Antibacterial Pad REA-NWP03-2N 04 Rare Earth Antibacterial Sleeve REA-NWP04-2N 05 Rare Earth Antibacterial Bag REA-NWP05-2N 06 Disposable Hygiene and Medical Products REA-NWP06-2N 07 Rare Earth Antibacterial Protective Mask REA-NWP07-2N 08 Rare Earth Antibacterial Protective Suit REA-NWP08-2N 09 Rare Earth Antibacterial Medical Cap REA-NWP09-2N 10 Rare Earth Antibacterial Medical Sleeve REA-NWP10-2N a Nonwoven masterbatch is calculated by mass. b Rare earth antibacterial material is calculated by mass. c The product brand is represented in accordance with the method specified in GB/T 17803. The first layer is represented by the initial letter "REA" for "Rare Earth Antibacterial"; the second layer "NWP01" represents the nonwoven fabric product with classification number 01, and "NWP" is the abbreviation of the English name "Non-woven Products"; the third layer "2N" represents an antibacterial rate of 99% (2 represents the number of "9", and "N" is the first letter of the number "9"). d On the basis of the towel production process, the rare earth antibacterial material is mixed and added to the textile fibers, and the towels are produced using antibacterial textile fibers