Polylactic Acid (PLA) Fiber, Trifoliate Shape, is a biodegradable fiber with a unique cross-section that enhances moisture management, softness, and mechanical strength. It is ideal for textiles, filtration materials, and sustainable fabric applications requiring advanced polymer performance.
Product Overview
Trifoliate-shaped polylactic acid (PLA) fiber is a biomass material spun from modified PLA, widely used as a filling material. PLA is a naturally biodegradable material made from plant starch or sugars through bacterial fermentation and dehydration polymerization. The entire production process is free from harmful substances, aligning with the "Twelfth Five-Year Plan" for biological manufacturing technology requirements.
Product Features
- Natural Self-Extinguishing:Non-flammable, with an oxygen index higher than polyester and nylon, ensuring product safety.
- Antibacterial & Anti-Dust Mite:PLA fibers naturally resist bacteria and mites. Tests show a bactericidal rate of over 98% against Staphylococcus aureus and Escherichia coli, with a significant anti-mite effect.
- Excellent Thermal Insulation:Thermal insulation is 1.8 times better than high-quality cotton, improving comfort.
- Good Resilience & Loftiness:The fiber has excellent resilience and loftiness, providing a smooth hand feel, fast-drying capabilities, and UV resistance.
- Natural Properties:Free of antibacterial, anti-mite drugs, or chemicals, relying entirely on its natural antibacterial and anti-mite properties.
Applications
- Filling Material:Used in thermal insulation and breathable applications, ideal for filling purposes.
- Home Textiles & Apparel:Suitable for bedding products, clothing, and other fields, offering antibacterial and anti-mite benefits.
- Eco-Friendly Products:Given its natural, biodegradable characteristics, it is suitable for the production of environmentally friendly products.
Item | Typical Value |
100%PLA | |
Air Permeability (m³/(m²·s)×10⁻³) | 480 |
Moisture Permeability (g/(m²·d)) | 5896 |
pH | 5.98 |
Compression Resilience (%) | 97.5 |
Loftiness (cm³/g) | 52 |
Uniformity of Filling | 8.5 |
Thermal Resistance (m²·K/W) | 4.08×10⁻¹ |
Clo Value (CLO) | 2.63 |
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