TL-HLTF-BIO-2506 Revolutionize Your Product Designs with Our Bio-based TPU Film and No-Sew Technology!
|Product Name||TPU no sew bio-based Material|
|Thickness:||Can be customized|
|Hardness:||60A ~ 95A|
|Color||Any color and texture can be customized|
|Working process||H/F Welding, Hot pressing , Vacuum , Stitching|
|Application||Footwear, garment, bags, outdoor equipment|
TPU bio-based material is an innovative product with several advantages. With 100% polyurethane as the main material component, its bio-based content is at least 27%, which is a more natural and environmentally friendly material compared to traditional TPU. This bio-based nature of the material benefits the environment as it reduces our dependence on fossil fuels and promotes sustainability. In addition, TPU bio-based materials have excellent physical properties, making them an excellent material choice for various applications such as footwear, luggage and sports equipment. It is flexible, durable and wear-resistant, which means that products made from this material can withstand regular wear and tear, making them durable and cost-effective. In addition, TPU bio-based materials also have excellent environmental performance. It is non-toxic and does not release harmful chemicals into the environment, making it safe for human use and disposal. It's also biodegradable, which means it breaks down naturally over time without polluting the environment. In conclusion, TPU bio-based materials offer a range of benefits to the environment and end users. It is an excellent choice for those looking for a sustainable and long-lasting material that performs exceptionally well and is safe for the environment.
Standard Physical Properties
If the customer needs higher performance, the product can be customized according to the test requirements you need.
● Yellowing discoloring after @70℃≥ 4.0 grade
● Color change after hydrolysis ≥ 4.0 grade
● (Temperature 70°C, Humidity 90%, 72 Hours)
● Bally flexing dry : 100,000 Cycles
● Bally flexing (-5-15℃): 20,000 to 50,000 Cycles
● Peeling strength ≥ 2.5KG/CM
● (Taber H22/500G)
● Taber abrasion>200 Cycles
Standard Physical Properties
Chemical resistance passed REACH, ROHS, California 65 and RSL tests of various brands
A: Sure, we are good at custom design, and We have a professional R&D department that can respond quickly and complete sample development according to customer requirements.
A: No problem, we can provide the existing samples for your testing free of charge, please contact us with specific needs.
A:Different types are different MOQ. If we have in stock, there is no MOQ.
A: Quotation based on your product quantity and process requirements. Please advise your quantity and application, we will quote a best price for you.
A： Sure, we have Factory in Dong Guan China and Vitenam , Which place is more convenient for you? We are looking forward to meeting you.
What is TPU Bio Based Material?
TPU Bio Based Material is a type of thermoplastic polyurethane elastomer that is made from renewable, bio-based resources. It is an eco-friendly alternative to traditional TPU that is derived from fossil fuels.
What is the bio-based content in TPU Bio Based Material?
TPU Bio Based Material has a minimum bio-based content of 27%, which means that at least 27% of its composition is derived from renewable, bio-based sources.
What are the properties of TPU Bio Based Material?
TPU Bio Based Material has excellent durability, flexibility, and abrasion-resistance, making it suitable for a wide range of applications. It is also non-toxic and biodegradable, making it an environmentally friendly choice.
What are the applications of TPU Bio Based Material?
TPU Bio Based Material can be used in a variety of applications, including footwear, bags, sports equipment, and other consumer goods that require superior physical properties and sustainability.
How is TPU Bio Based Material different from traditional TPU?
TPU Bio Based Material is derived from renewable, bio-based resources, whereas traditional TPU is derived from fossil fuels. TPU Bio Based Material also has superior sustainability and biodegradability properties compared to traditional TPU.
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