Materials

A low-cost, lightweight thermoplastic with a high chemical resistance. It is a tough, stiff, and scratch-resistant material with a waxy appearance. It is often used for covers, handles, caps, trips, crates and housings

A tough and stiff chemically resistant thermoplastic. It is low costing and has a natural waxy appearance. It is often used for housings, chair seats, and containers.

A transparent material with great temperature resistance. It is also incredibly tough and boasts dimensional stability. It is often used for housings, light covers, safety headgear, shields, and reflectors.

A strong material with great resistance to chemicals and fatigue. It has low friction, low creep and a medium to high cost. It is often used for gears, wheels, bushings and bearings.

A rigid thermoplastic with a resistance to heat and chemicals. It is commonly used for automotive fillers, handles and pumps, as well as bearings, cams, electrical parts, housings, valves, and switches.

A tough and flexible material. It is often used for bushings, washers, and electrical parts.

A lightweight material with a waxy appearance. The material is durable and flexible with great chemical resistance. Its is often used for covers, containers and kitchenware.

A strong and flexible thermoplastic with low mould shrinkage levels. The naturally opaque material is chemically resistant with electroplating capabilities. It is often used for housings, inhalers, end caps, and boxes.

A thermoplastic with excellent creep, fatigue and chemical resistance. It is strong, rigid, and is naturally opaque. The thermoplastic is often used for handles, plumbing parts, rotors, valves, cams, and bearings.

A very strong and heat-resistant material that is usually brown. It is often used for fuel system components, switches, shields, covers and bearings.

A strong and chemically resistant material with thermal stability and low moisture absorption. It is often used for aircraft parts, pump impellers, seals, and electrical connectors.