UHMWPE Cut Resistance Yarn 400d

Since the foundation, we have established the market position for the production of high quality Carbon Fiber Surface Mat, CAROBN WOVEN HYBRID, Carbon Fiber UD Fabric, and strive for excellence in selecting materials and accessories for the process of each production process. Under the mode of group development, we will expand the scope of product services and realize product diversification and differentiation. Our company regards 'reasonable prices, high quality, efficient production time and good after-sales service' as our tenet. We have good market relevance, technical expertise, effectiveness, and activity characteristics. We uphold the business philosophy of quality first, customer service, and innovative technology. The company continues to improve itself, continuously improve service quality, and create greater value for customers.

Carbon fiber chopped strand is made of Polyacrylonitrile (PAN) a new material and chopped from various specifications of carbon fiber roving. It has the obvious advantage of high tensile strength, abrasion resistance, corrosion resistance, good conductivity, and high temperature resistance.

Feature:

1. As chopped strand carbon fiber is chopped from carbon fiber filament, its essential performance depends on its basic raw materials - carbon fiber filament.

2. Compared with fiber filament, the short fiber dispersed more evenly, and it's craft is more simple, so it can be applicated in the areas which the filament can not be used in.

Main Specification/Models:

Length: 4mm 6mm 8mm 10mm 12mm ...

We have experienced development team and mature technology to customize suitable UHMWPE Cut Resistance Yarn 400d for our customers. We have in-house testing facilities where our products are tested on every aspect at different processing stages. Our company always adheres to the enterprise tenet of 'honesty and truth-seeking, dedicated to service, only seeking satisfaction' and strives for continuous product innovation and service in line with customer demand.