Delrin® Robot Vacuum
Regina E-Fast Materials Handling Video
Delrin® Stomps the Competition
Delrin® Slap Test
Low Wear, Low Friction
Want your products to be more reliable, produce less noise and have a longer lifetime? Delrin ® has inherent low friction and good wear properties that can make it happen.
Delrin® Drives Productivity and Sustainability for High Speed Filling Lines
Delrin® Renewable Attributed homopolymer with advanced slip technology played a key role in the development of a break- through conveyor material for bottling and other filling operations that avoids the need for traditional external lubri- cants. The Regina e-F.A.S.T. (ecological friction abating sliding thermoplastic) material was developed by Delrin in close collabo- ration with Regina Chain, a global leader in conveyor chains, belts and components.
Delrin® Renewable Attributed RAFG511DP for Food and Potable Water Contact Applications
Delrin® RAFG511DP base polymer is produced from certified sustainable resources which is ideal for food and potable water contact applications. It contains 100% bio-feedstock from waste and is accredited through the International Sustainability and Carbon Certification (ISCC) mass balance certification system. It delivers top-class mechanical properties with reduced lifecycle greenhouse-gas emissions and lower fossil resource use.
Delrin® Renewable Attributed RAFG500P for Food and Potable Water Contact Applications
Delrin® RAFG500P base polymer is produced from certified sustainable resources and is ideal for food and potable water contact applications. It contains 100% bio-feedstock from waste and is accredited through the International Sustainability and Carbon Certification (ISCC) mass balance certification system. It delivers top-class mechanical properties with reduced lifecycle greenhouse gas emissions and lower fossil resource use.
Delrin® Renewable Attributed RAFG100 for Food and Potable Water Contact Applications
Delrin ® RAFG100 base polymer is produced from certified sustainable resources which is ideal for food and potable water contact applications. It contains 100% bio-feedstock from waste and is accredited through the International Sustainability and Carbon Certification (ISCC) mass balance certification system. It delivers outstanding mechanical properties with reduced lifecycle greenhouse gas emissions and lower fossil resource use.