Applications of TPU Hot-Melt Filament

Our company has successfully researched and developed TPUJT-5018 hot-melt adhesive pellets that can be used to produce monofilaments for Flyknit shoe uppers; the technology is mature. The material feels soft and exhibits excellent flexibility.

11 Jun,2019

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Eco-friendly TPU coating adhesive

Our company’s JT-6026/JT-5047, when mixed in a 1:1 ratio, can produce an encapsulant with a final viscosity of up to 10,000.

31 May,2019

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TPU Resin Pellets for Spinning Monofilament, JT-5018 Series

Monofilament—TPU hot-melt adhesives are being used in an increasing number of industries, and their applications in apparel are becoming ever more widespread.

21 May,2019

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What is the difference between polyester TPU and polyether TPU?

PU materials are distinguished by excellent wear resistance, outstanding ozone resistance, high hardness, high strength, good elasticity, and low-temperature resistance. They also exhibit good oil resistance, chemical resistance, and environmental resistance; in humid environments, polyether-based esters demonstrate far superior hydrolytic stability compared to polyester-based ones.

07 May,2019

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TPU is widely used in footwear materials.

TPU (thermoplastic polyurethane) is increasingly popular due to its superior properties and environmentally friendly nature. Today, TPU can serve as a substitute for PVC in any application where PVC is currently used.

06 May,2019

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2019 TPU Industry Trends

TPU (thermoplastic polyurethane) is increasingly popular due to its superior performance and eco-friendly nature.

26 Apr,2019

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Current Status and Future Prospects of TPU Films

Thermoplastic polyurethane (TPU) not only exhibits the rubber-like properties of crosslinked polyurethanes—such as high strength and excellent abrasion resistance—but also possesses the thermoplastic characteristics of linear polymers, thereby extending its applications into the plastics sector. In particular, over the past few decades, TPU has become one of the fastest-growing polymer materials.

13 Jul,2018

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Manufacturing Process and Methods for TPU Composite Fabrics

The production process and methods for TPU composite fabrics: There are two approaches. One is called post‑lamination—first producing a TPU film, then laminating it onto the fabric with adhesive. The other is in‑line lamination—applying adhesive (or no adhesive) to the fabric and directly extruding TPU onto it to create TPU composite fabric or mesh‑laminated fabric.

02 Jun,2018

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The excellent performance of TPU will significantly enhance its applications in the automotive sector.

In the era of automotive lightweighting, materials design has become a key research topic in the industry. In addition to the extensive use of plastics such as PP, PVC, PU, and PA, reinforcing materials like carbon fiber and glass fiber have also emerged as hotspots of market interest. With advances in thermoplastic elastomer technology, their applications in the automotive sector are becoming increasingly widespread. Currently, the thermoplastic elastomers commonly used in automobiles include polyolefin-based types (TPO, TPV), polyester-based types (TPEE), polyurethane-based types (TPU), and styrene-based types (TPS).

11 Apr,2018

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Application of Polyurethane in Firefighting Hoses

Fire hoses are flexible tubes used to convey high-pressure water or fire‑retardant fluids such as foam. They typically consist of a tubular fabric layer woven from warp and weft yarns, combined with a lining (or cover) through steam vulcanization or adhesive bonding. Traditional fire hoses have a rubber inner lining covered by an outer layer of linen weave. Advanced fire hoses are made from polymeric materials such as polyurethane. Both ends of a fire hose are fitted with metal couplings, allowing it to be connected to another hose for extended reach or to a nozzle to increase fluid discharge pressure.

21 Mar,2018

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