PLA non woven
Polylactic acid ( PLA) is a widely used polymer materials.It is derived from nature. Starch is extracted from plants such as corn and cassava and fermented by microorganisms to produce lactic acid. Lactic acid undergoes an advanced polymerization process to produce a 100% green and safe new polymer material called polylactic acid (PLA).
Nonwoven fabric made from this material are healthy and safe, non-toxic and odorless, and have no harm to the human body. PLA nonwoven fabric can be completely decomposed by microorganisms, eventually generating carbon dioxide and water, and returning to nature.
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Item name: |
PLA non woven |
Technique: |
Spunbond |
Material: |
100% Poly lactic acid |
Basic weight: | 20-160gsm |
Color: | White, other colors |
Width: | Max .3.2m |
MOQ: | 1000 kgs |
Applications of PLA Nonwoven:
1. Environment-friendly shopping bag, packaging bag, tea bags, coffee bags,etc
2. Diaper, surface layer of sanitary napkin,
3. Disposable medical supplies
4. Clothing lining series
5. Agricultural use
6. Filter material
7. Furniture
Polyester (PET) spunbond non-woven fabric is made of 100% polyester chips, which is waterproof, high temperature resistant, anti-gamma ray, anti-static, non-toxic,non-irritating, and recyclable. The melting point of polyester is around 250 ° C, which can maintain the stability of the non-woven fabric's dimensions in an environment where temperature resistance is required. lt has been widely used in heat transfer printing, transmission oil filtration, and some composite materials that require high temperature resistance.
RPET spun bond nonwoven is a new type of environmental protection recycled fabric, its raw materials are extracted from the abandoned mineral water bottle and coke bottle also known as the coke bottle environmental protection cloth .It can be recycled and effectively reduce the emission of carbon dioxide, saving nearly 80% of energy compared with the conventional process.
PLA spunbond nonwoven has excellent biodegradability. lt can be completely degraded by microorganisms in soil within 6 months after being discarded, and can generate Co2 and water without pollution to the environment. They are mainly used in biodegradable bags, food packaging, seasoning bags, tea bags, masks, facial mask, surgical tablecloths, disposable surgical clothing, sanitary napkins, dust-proof bags, desert tree bags, filter cloth, etc.