PE board has the characteristics of most of the most resistant to most life and industrial chemicals. Some types of chemicals will produce chemical corrosion, such as corrosive oxidants (concentrated nitric acid), aromatic hydrocarbons (dystershopine) and halide hydrocarbons (tetrachloride). The polymer does not absorb moisture and has good waterproof steam properties, which can be used for packaging. HDPE has good electrical performance, especially insulating dielectric strength, which makes it suitable for wire and cable. Medium to high molecular weight level has excellent impact resistance, which is the case at normal temperature and even at low temperature at -40F. The unique features of various levels of HDPE are the appropriate combination of four basic variables: density, molecular weight, molecular weight distribution and additives. Different catalysts are used to produce customized special performance polymers. These variables combine the HDPE grade of different uses; it has achieved better balance in performance. It has good chemical stability and can resist the erosion of most acid, alkali, organic solutions and hot water. Electrical insulation is good.
Widely used: medical appliances and components, sealing parts, cutting boards, and sliding profiles. It is widely used in chemical, machinery, chemical, electricity, clothing, packaging, food and other industries. It is widely used in the fields of gas transportation, water supply, sewage, agricultural irrigation, mining fine particles, and the fields of oil fields, chemicals, and post and telecommunications.
