Composite spinning technology can make the fabric have a satin effect

  • Date:2019-08-14
  • Summary:In recent years, with the advancement of technology and the further decline in fiber cost, the application and development of high molecular weight polyethylene

    In recent years, with the advancement of technology and the further decline in fiber cost, the application and development of high molecular weight polyethylene fiber in the civilian field has entered the field of express vehicle application. The fabric woven from the fiber has a distinct cooling sensation and is long-lasting. Durable, widely used in mattresses, cushions, mats, ice sleeves and sportswear, it brings a new life experience to consumers due to its cool, skin-friendly touch.

    Polyethylene fiber, also known as ethylene fiber, is a kind of polyolefin fiber. The material itself has a high thermal conductivity, which can quickly remove heat and is often used as a cooling material.
    What is high molecular weight polyethylene fiber?

    The fiber material is woven into a fabric which is silky to the touch and has the effect of simulating silk. At the same time, the material itself has a stable chemical bond structure, and has certain hydrophobicity and antibacterial and mildew resistance functions, and is a new fiber material with excellent comprehensive performance.

    By blending high molecular weight polyethylene with other fibers, the softness of the fiber itself is improved, and the cooling sensitivity of the fiber is ensured, and the professional cold temperature sensing certification is passed. In addition, the application of the composite spinning technology can make the fabric have a satin effect, which increases the richness and selectivity of the product.

    Using the mattress and mat made of this product, the indoor air conditioner temperature can be reduced by 1 °C ~ 2 °C in the hot summer. Studies have shown that for every 2 °C increase in temperature during air conditioning, it can save 7% to 8% of electricity costs and reduce carbon emissions by 800g, thus achieving energy saving and environmental protection.

    The sportswear made of the fiber will produce an instant cooling temperature of 1 ° C ~ 2 ° C after contact with the skin. The long-term exposure of the sun will result in a cooling temperature difference of 3 ° C ~ 4 ° C, which can significantly reduce the sweat rate and Stuffing heat, relieve fatigue.

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