Views: 0 Author: Site Editor Publish Time: 2025-04-02 Origin: Site
In the field of engineering plastics, we take ultra-high molecular weight polyethylene molded sheet (UHMW-PE), high-density polyethylene extruded sheet (HDPE), polypropylene sheet (PP) and precision engineering plastic CNC processing products as core competitiveness, relying on cutting-edge technology and strict quality control to provide high-performance solutions for global industrial manufacturing. The following are the technical advantages and application value of the four core products:
It is made of raw materials with a molecular weight of more than 3 million. Its wear resistance is 8 times that of carbon steel and 5 times that of nylon. The friction coefficient is as low as 0.07-0.11, and it remains stable in an environment of -260℃ to 80℃. The sheets formed by the molding process are widely used in scenes such as mine conveyor linings and new energy hydrogen storage tank linings.
The density of HDPE sheets produced by extrusion process reaches 0.941-0.96g/cm³, and it has both acid and alkali corrosion resistance (withstands 70% concentration of sulfuric acid), -100℃ low temperature toughness and 0.01% ultra-low water absorption. 30-100mm customized specification sheets have excellent performance in the fields of landfill anti-seepage systems, agricultural irrigation pipes, etc., and with anti-ultraviolet modification technology, the outdoor service life exceeds 15 years.
Through copolymerization modification technology, PP sheet is given 110℃ temperature resistance and fatigue resistance. The lightweight advantage of only 0.9g/cm³ makes it the preferred material for automobile bumpers and building templates. The flame-retardant modified version has passed UL94 V-0 certification, replacing traditional metals in the field of electronic and electrical insulation components, reducing the weight of equipment by 30%.
Relying on five-axis linkage CNC equipment and thermal deformation compensation algorithms, more than 30 types of engineering plastics such as PEEK, PA6, POM, etc. can be processed with a tolerance accuracy of ±0.02mm. The surface accuracy of artificial joints manufactured in the medical field reaches Ra0.2μm, and the processing qualification rate of 5G communication waveguide devices exceeds 99.8%, meeting aerospace-grade standards.
We have built a full-process quality system from raw material screening to finished product testing, passed ISO9001 certification and military-grade testing standards, and ensured that each product has both mechanical strength and functional characteristics. Driven by material innovation to upgrade the industry, we continue to provide "more wear-resistant, more precise, and more environmentally friendly" engineering plastic solutions for more than 20 industries such as energy, medical, and automobiles.
