Polylactic Acid Fiber
PLA Bicomponent Polylactic Acid Fiber 1.2D 38mm Antibacterial for Non Woven Fabric
100% biodegradable PLA fiber with antibacterial and UV resistance. Available in 1.2D 38mm cut length. Eco-friendly, flame retardant, and customizable for non woven fabric production. Ideal for sustainable textile applications.
2.2dtex 38mm Biodegradable PLA Fiber Nonwoven White High Tenacity 3.52cN/dtex
Eco-friendly PLA fiber made from renewable crops, fully biodegradable in 6-12 months. Features high tenacity 3.52cN/dtex, natural bacteriostatic, flame retardant LOI 26, and excellent moisture absorption. Ideal for nonwoven fabrics, hygiene products, and packaging. Custom options available.
Biodegradable PLA Corn Fiber 3D-15D Fineness 32-102mm Length for Hygiene Material
100% biodegradable PLA fiber made from corn, ideal for hygiene materials. Features eco-friendly, anti-bacterial, and flame retardant properties. Available in 3D-15D fineness and 32-102mm cut length. Custom options and bulk packaging offered. Certified for sustainable production.
100% Polylactic Acid PLA Staple Fiber 6Dx64mm Biodegradable Chemical Resistant
Eco-friendly PLA staple fiber made from 100% polylactic acid. Features 6Dx64mm cut length, chemical resistance, anti-bacterial, and flame retardant properties. Biodegradable and customizable for industrial applications.
1.5D 38mm Polylactic Acid Staple Fiber Skin-Friendly for Medical Supplies
PLA fiber spun from corn-based polylactic acid, non-toxic and eco-friendly. Features 1.5D 38mm specification, excellent skin compatibility, and biodegradability. Ideal for medical and hygiene applications. Custom options available.
White PLA Fiber Flame Retardant 32mm-102mm Cut Length 3D-15D for Nonwoven Fabric
100% biodegradable PLA fiber with flame retardant, anti-bacterial, and UV-resistant properties. Cut lengths from 32mm to 102mm and fineness 3D-15D. Ideal for nonwoven fabrics, bedding, and fillers. Custom options available. Eco-friendly and certified.
Biodegradable PLA Staple Fiber 1.5D 6mm for Nonwoven Medical Textiles
Eco-friendly PLA fiber made from renewable resources. Features 1.5D fineness, 6mm cut length, high tenacity, and thermal stability. Ideal for medical nonwovens. Fully biodegradable and recyclable. Custom lengths available.
Colored PLA Polylactic Acid Biodegradable Needle Punch Fiber 3dtex 39mm for Nonwoven
Eco-friendly PLA fiber with 3.0 cN/dtex tenacity and 38% elongation. Biodegradable, customizable colors, ideal for medical nonwovens. Certified quality from China factory.
PLA 1.2D 38mm Natural Anti-Bacterial Milk Fiber for Yarn Biodegradable Textile
Eco-friendly PLA fiber with 1.2D thickness and 38mm length, offering natural antibacterial properties. Ideal for yarn and nonwoven applications. Features high tenacity, low shrinkage, and compostable end-of-life. Custom options available.
PLA Polylactic Acid Short Cut Fiber 1.5D 39mm 100% Biodegradable for Paper Making
100% biodegradable PLA short cut fiber for paper making. Features 1.5D fineness, 39mm length, and 3.55 cN/dtex tenacity. Reduces CO2 emissions by 50% vs petrochemical plastics. Compostable and eco-friendly. Ideal for sustainable nonwoven and paper applications.
Antibacterial Carbon PLA Fiber 1.5dtex White for Spinning Nonwoven
Eco-friendly PLA fiber with antibacterial carbon properties. 1.5dtex, 38mm length, high tenacity. Biodegradable, non-toxic, and recyclable. Ideal for medical nonwovens and spinning. Custom options available.
Degradable PLA Fiber 1.5D 38mm for Medical Nonwoven Biodegradable Polylactic Acid
Eco-friendly PLA fiber 1.5D x 38mm, fully biodegradable under composting conditions. Offers high tenacity, low shrinkage, and excellent processability for medical nonwovens. Custom sizes available. Reduces carbon emissions by 80% vs. traditional plastics.
Bicomponent PLA Staple Fiber 1.5D 39mm White Biodegradable Nonwoven
Eco-friendly PLA staple fiber, 1.5D x 39mm, fully biodegradable under commercial composting. High tenacity 3.55 cN/dtex, low shrinkage, ideal for medical nonwovens and textiles. Custom options available.