Centralized model of POM board

POM-C/H (black and white): they represent POM copolymer and POM homopolymer respectively. POM copolymer has low melting point, thermal stability, chemical corrosion resistance, flow characteristics, hydrolysis resistance, strong alkali resistance and thermal oxidation degradation, and its processability is better than homoformaldehyde. POM homopolymer has higher crystallinity, creep, lower thermal expansion, wear resistance, mechanical strength, rigidity and thermal deformation temperature than copolymer formaldehyde. (At present, POM-C copolymerization is widely used for POM semi-finished products on the market)
POM-H+PTFE (dark brown): POM-H+TF is extruded from DuPont POM (DELLIN) raw material and PTFE (Teflon) fiber. It retains most of the inherent strength of POM-H. Some properties are changed due to the addition of PTFE (Teflon) fiber, which is slightly soft, less rigid and more slippery than pure polyformaldehyde resin. Compared with pure POM plate, this material has better lubricity. The bearing made of POM-H+PTFE has low friction coefficient, wear resistance and basically no creep.