Lightweight 75g UD UHMWPE fiber cloth for sale Hamakyu

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75g UD UHMWPE fiber cloth for sale

UHMWPE fiber cloth is a type of fabric made from ultra-high molecular weight polyethylene (UHMWPE) fibers. It has a high molecular weight, typically exceeding 300,000, which makes it significantly different in structure and performance from ordinary polyethylene fibers. UHMWPE fiber cloth is manufactured through spin process to form fibers with high strength and good wear resistance, and after weaving or other processing, it forms a flexible and sturdy fabric. This fabric has high tensile strength and good chemical resistance, making it a unique high-performance material.

Product Feature

High strength: UHMWPE fiber cloth has extremely high strength, several times that of traditional steel, and has excellent tensile strength.
Lightweight: compared to other materials, UHMWPE fiber cloth has a low density, is lightweight, and easy to transport.
Wear resistance: it has excellent wear resistance and is suitable for use in high wear environments.
Chemical resistance: it has good resistance to various chemical substances and is not easily corroded by acids, alkalis, etc.
Low rubbing coefficient: UHMWPE has a smooth surface and low rubbing coefficient, making it suitable for sliding parts.
Temperature resistance: it can maintain stable performance over a relatively wide temperature range, but cannot be used in high-temperature environments.
Impact resistance: it has good impact resistance and can effectively absorb energy.

Application field

• Industrial applications: used for manufacturing conveyor belts, chutes, gears, and various mechanical parts to extend the service life of equipment.
• Protective equipment: commonly used to manufacture ballistic vests, stab proof suits, and other personal protective equipment to enhance safety.
• Medical devices: used in the medical industry as artificial joints, sutures, and other biocompatible products.
• Sports equipment: equipment used for extreme sports, such as skis, paragliders, etc., to enhance their performance and safety.
• Marine applications: used for the production of marine facilities such as ship cables and buoys, suitable for use in aquatic environments due to their wear resistance and buoyancy.