Products

Ulpolen® 1000 (PE1000) is a type of polyethylene with average molecular weight over 5 million. ULPOLEN1000®’s resistance to impact and wear is much higher than that of other plastics in a wide temperature interval.

Kestamid-GRF® has a high degree of crystallinity and better hardness and compression strength properties compared to standard Kestamid®. It has a low coeffient of friction and a high degree of abrasion resistance. It has good weatherability and UV resistance properties and can be more easily mechanically machined compared to standard Kestamid®. It also can be used in higher temperatures compared again to the standard type.

Kestlub® is one of the most important developments in the Kestamid® product range. Kestlub® is a special type of cast polyamide ideal for bearings. It is produced by adding lubricants to cast polyamide through special processes. It performs extremely well in bearing applications as it is self-lubricated.

Ulpolen® 500 offers increased wear resistance and impact strength compared to HDPE. It is extremely strong, has excellent resistance to chemicals and low temperatures and has very low moisture absorption. Ulpolen®PE300-HDPE (high-density polyethylene) offers excellent impact resistance, light weight, low moisture absorption, and high tensile strength. HDPE is also non-toxic and non-staining and meets FDA and USDA certification for food processing.

Ulpolen® 300 offers increased wear resistance and impact strength compared to HDPE. It is extremely strong, has excellent resistance to chemicals and low temperatures and has very low moisture absorption. Ulpolen®PE300-HDPE (high-density polyethylene) offers excellent impact resistance, light weight, low moisture absorption, and high tensile strength. HDPE is also non-toxic and non-staining and meets FDA and USDA certification for food processing.

Efalon® Virgin T-100 has molecular structure composed of carbon and fluor atoms, EFALON® (PTFE) has a long list of unique properties uncommon in other materials. Polikim can make the following changes in material properties to meet the application requirements:.