Converter Applications & Market Solutions
Custom formulations calibrated for ultra-premium baby diapers, feminine period care, medical elder care, and bio-based compostable products.
Ultra-Premium Baby Diapers & Training Pants
Baby diaper converters face intense consumer scrutiny regarding diaper rash (#diaperrash > 2.8B TikTok views) and thigh friction red marks. Standard 1.5D-2.0D nonwovens feel rough against delicate newborn skin.
Xinying Engineering Response: CloudSilk™ 0.8D
By combing 0.8D micro-filaments on our German Trützschler line, we lower dynamic friction by 42%. Combined with a sub-second strike-through (≤1.1s), urine is absorbed instantly before moisture can cause skin maceration.
Feminine Sanitary Napkins & Period Pants
Modern women reject plastic mesh sheets that cause sweating, itching, and rustling. They demand breathable, cotton-soft topsheets that isolate viscous menstrual flow without reverse seepage.
Xinying Engineering Response: DryFlow™ 3D Micro-Funnel
3D bionic micro-funnel apertures (22%-26% open area) use capillary pressure to pull fluid downwards into the absorbent core while locking it from returning, keeping the surface completely dry and fresh.
Adult Incontinence & Anti-Bedsore Elder Care
With global aging accelerating, elderly patients in nursing facilities face severe bedsore risks when incontinence pads collapse under sustained adult body weight (50-80 kg), keeping skin in prolonged humid contact.
Xinying Engineering Response: SilverShield™ 32gsm
Features an anti-compression 3D matrix that rebounds 88.5% under 50kPa sustained pressure, preserving aeration channels. Formulated with natural green tea polyphenols that eliminate 85%+ volatile ammonia odors.
Eco-Sustainable & European PPWR Compliance
The European Union Packaging & Packaging Waste Regulation (PPWR) and consumer bans on single-use plastics demand genuine bio-based, compostable hygiene materials with zero fossil microplastics.
Xinying Engineering Response: EcoWeave™ 100% Bio PLA
Blended from 65% polylactic acid (PLA) and 35% sustainably harvested medical cellulose. Meets EN 13432 industrial composting standards with 90%+ degradation within 180 days, completely microplastic-free.