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
What Is Hot Melt Yarn and Why It Matters Hot melt yarn is a type of thermoplastic filament engineered to soften and flow at a specific temperature range, then re-solidify to create a permanent bond between two or more l...
READ MOREThe most eco-friendly yarn available today is Biodegradable Yarn made from PLA (Polylactic Acid), a plant-based fiber that returns to the earth through industrial composting instead of persisting as plastic waste for de...
READ MOREThermal Bonding Yarn is a heat activated fiber that softens and melts at a set temperature, typically between 80 degrees Celsius and 130 degrees Celsius, then re solidifies on cooling to permanently join fabric layers, ...
READ MOREPLA (Polylactic Acid) staple fiber is a bio-based polymer fiber derived from renewable plant resources such as corn starch and sugarcane, produced through fermentation and polymerization processes. Unlike conventional petroleum-based synthetic fibers, PLA fiber reduces reliance on fossil resources right from the source, making it a key direction in the textile industry's shift toward sustainable materials.
This fiber meets Industrial Compostable standards, meaning that under the specific temperature, humidity, and microbial conditions of an industrial composting environment, it can break down into water, carbon dioxide, and organic matter within a reasonable timeframe — truly embodying the concept of "from the earth, back to the earth."
The lactic acid components within PLA fiber's molecular structure give it a natural ability to inhibit bacterial growth, without the need for additional chemical antibacterial agents. This effectively slows microbial proliferation on the fabric surface, making it especially suitable for intimate apparel, home textiles, and medical protective products — offering end consumers a more hygienic and reassuring wearing experience.
Compared to conventional polyester fibers, which typically require dyeing at around 130°C, PLA fiber can achieve full color uptake at a lower dyeing temperature. This translates into:
PLA fiber demonstrates strong UV stability, resisting noticeable yellowing or strength loss under prolonged sun exposure. This makes it well suited for outdoor textiles, shading materials, and other applications requiring long-term exposure to sunlight.
| Comparison | PLA Biodegradable Fiber | Conventional Polyester Fiber |
|---|---|---|
| Raw Material Source | Renewable plant resources | Petroleum-based |
| Biodegradability | Compostable under industrial conditions | Difficult to degrade naturally |
| Dyeing Temperature | Lower | Higher |
| Antibacterial Property | Naturally inhibitive | Requires additional additives |
| UV Stability | Excellent | Average |
With its combined eco-friendly, antibacterial, and weather-resistant properties, PLA biodegradable staple fiber is widely used across the following areas:
As the global textile industry places growing emphasis on sustainability and the circular economy, PLA biodegradable staple fiber is emerging as a leading alternative to conventional synthetic fibers — helping brands and manufacturers meet environmental regulatory requirements while strengthening their market differentiation.
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