Thermoplastics and the science of polymers have played a transformative role since the 1920s and ’30s, revolutionizing numerous industrial sectors as well as the production of textiles, consumer goods, and packaging.

Engineered thermoplastics offer a superior combination of thermal, mechanical, electrical, and chemical properties compared to standard commodity resins.

These versatile plastics can be extruded, molded, skived, and slit into a wide range of sheets, tubes, rods, and coils. They are ideal for stamping, forming, and machining into parts designed to withstand heavy loads and high stresses.

Additionally, engineered thermoplastics perform reliably at elevated temperatures and provide:

• Low friction and wear resistance

• Static dissipative properties

• Chemical and UV resistance

• Excellent electrical characteristics in many applications