Uniting low friction with superior mechanical strength. Delrin® SC637 is a friction-modified and nucleated medium-high viscosity acetal homopolymer developed for high performance parts.
Delrin® FG500MXD BLA090 Food Contact Compliant And Detectable Grade For Contamination Control
Delrin® FG500MXD BLA090 is a unique medium viscosity acetal homopolymer grade that is metal and x-ray detectable for more safety in the food processing industry. It combines the design freedom and light weight of thermoplastics with the safety and durability…
Delrin® 300CPE vs Toughened Copolymer
Delrin® 300CPE vs High MW Copolymer
Delrin® 300CPE is a new medium-high viscosity low-emission grade in its acetal resin family, part of the low-emission CPE group.
Delrin® Renewable Attributed RA511CPE (German)
Delrin® Renewable Attributed RA500CPE (German)
Delrin® Renewable Attributed RASC698 for Medical Grade Applications
Delrin® Renewable Attributed RASC698 base polymer is produced
from certified sustainable resources and under special control for
medical grade applications.
from certified sustainable resources and under special control for
medical grade applications.
Delrin® Renewable Attributed RASC655 for Medical Grade Applications
Delrin® RASC655 base polymer is produced from certified sustainable resources and under special control for medical grade applications.
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.