Blended yarn (long-lasting type): Before spinning, silver ions, nano zinc oxide, and quaternary ammonium salt antibacterial and anti mite agents are added to the melt/solution, and the functional components are locked inside the fibers, which are washable and friction resistant;
After finishing (cost friendly): functional additives are attached to the cloth surface by dip rolling, coating and spray, which is simple in process but less durable than blending;
Composite reinforcement: Composite with meltblown layer (such as SMS structure) to enhance barrier properties, suitable for medical and hygiene products.
Mechanism of action: Antibacterial is the destruction of bacterial cell membranes and inhibition of enzyme systems; Mite prevention is achieved by reducing dust mite attachment, inhibiting their growth, and excreting residue through chemical repelling and physical barriers (dense fiber webs).
Mite Prevention GB/T 24253, AATCC 135 Expulsion/Inhibition Rate ≥ 90% (High Quality ≥ 99%)
Antibacterial GB/T 20944, AATCC 100 Escherichia coli/Staphylococcus aureus inhibition rate ≥ 90%
Safety OEKO-TEX ® Standard 100: No harmful substances dissolved, in compliance with skin contact grade
Washable ISO 6330: Function retention rate>80% after multiple water washes (blend type is better)
Home textiles: mattress covers, pillowcases, duvet covers, dust covers, especially suitable for people with allergies;
Medical and health: inner layer of surgical gowns, isolation gowns, disposable bed sheets, surface layer of baby diapers;
Daily protection: storage bags, air conditioning filters, car interior fabrics.
Third party testing reports (mite prevention+antibacterial+safety) must be requested, and verbal claims are refused;
Distinguish between blend type (long-lasting, suitable for regular cleaning products) and post finishing type (low-cost, suitable for one-time use);
Avoid excessive superstition about “sterilization”, antibacterial fabrics inhibit reproduction rather than sterilization;
Daily cleaning should prioritize gentle washing, avoiding strong alkaline detergents and high-temperature boiling to prevent functional decline.