English
中文简体Feature:
1. Industrial compost product
2. Made with PLA
3. Eco friendly , from the earth, back to the earth
4. Anti Bacterial
5. Lower dyeing temperatures
6. Good UV stability
A sourcing manager recently asked us whether switching a standard polyester yarn to a recycled polyester yarn would make her collection sustainable. Our answer was not a simple yes or no. Recycled polyester is a meaning...
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READ MOREPLA (Polylactic Acid) non-woven fabric is manufactured by bonding PLA fibers together through spunbond or meltblown technology, forming a fabric structure without traditional weaving or knitting. Derived from renewable plant resources such as corn starch and sugarcane, it stands as a bio-based alternative to petroleum-derived non-wovens.
This fabric is Industrial Compostable — under the temperature, humidity, and microbial activity of an industrial composting facility, it breaks down into water, carbon dioxide, and organic matter, completing a true "from the earth, back to the earth" material cycle.
| Property | Highlight |
|---|---|
| Renewable Origin | Made from plant-based PLA, not petroleum |
| Industrial Compostability | Breaks down under controlled composting |
| Antibacterial | Natural inhibition, no added chemicals |
| Lower Processing Temp | More energy-efficient bonding |
| UV Stability | Resists yellowing under sunlight |
The natural antibacterial properties of PLA make this fabric a practical base material for hygiene items, wipes, and medical-adjacent textiles — without requiring additional antibacterial finishing chemicals.
PLA fiber can be thermally bonded at lower temperatures than many conventional synthetics, helping manufacturers reduce energy consumption during finishing stages and lower overall production footprint.
Good UV stability means the fabric resists premature yellowing and strength loss over time, making it suitable for outdoor packaging, agriculture, and transport applications where light exposure is unavoidable.
A: No. This material is designed for industrial composting facilities that provide the controlled conditions required for breakdown. Home composting typically cannot achieve these conditions.
A: No. The antibacterial characteristic comes from the inherent lactic acid components in the PLA polymer, not a separate coating or treatment.
A: Yes. Its good UV stability allows it to withstand prolonged sunlight exposure with minimal degradation, making it viable for select outdoor and agricultural applications.
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E-mail: service@gcfiber.com admin@gcfiber.com
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