Engineering Plastics
Engineering plastics are materials that meet the demands of industry and technology by offering durability, strength, and lightness, all at a more cost-effective rate. These plastics are utilized in various fields: in the aerospace industry for aircraft to ensure lighter and faster designs, in kitchens for healthier applications, and in the automotive sector for enhanced durability.
POM | Polyoxymethylene
POM (Polyoxymethylene) is a type of thermoplastic known for its high chemical resistance, exceptional impact strength, and near-perfect dimensional stability. It is easy to process and shape. Compared to polyamide types, POM offers higher temperature resistance. Polyoxymethylene is designed for engineering applications.
PA | Polyamide
PA (Polyamide) products, also known as Kestamid, are long-lasting, highly versatile, and feature superior strength. They strike an excellent balance between weight and cost. PA/Kestamid products serve as lighter and more cost-effective alternatives to heavier materials like iron, steel, bronze, aluminum, and copper.
HDPE | Polyethylene
Polyethylene, a member of the polyolefin family, is a thermoplastic with high wear resistance, a low coefficient of friction, excellent chemical resistance, and non-absorbent properties against moisture and liquids.
