polyester-based

• Heat Ageing
• Adhesion to Polar Substrates
• Higher Abrasion Resistance
• Higher Chemical Resistance
• Very Low Cycle Time
• Very Low Resistance to Hydrolysis
• Very Low Resistance to Microbes & Fungi

polycaprolactone polyester-based copolymer

• processing advantages

polyether polycaprolactone copolymer bases

• Heat Ageing
• Abrasion Resistance
• Chemical Resistance
• Low Cycle Time
• Hydrolysis Resistance
• High Low-temperature Flexibility
• Low Resistance to Microbes & Fungi

applications — extrusion

• Adhesive Films
• Lamination Films
• Belts & Profiles
• Pneumatic & Transparent Tubing
• General & outdoor Cables

applications — injection

• Automotive Parts
• Animal ID Tags
• Mining Screens
• Castor Wheels
• Goggles
• Seals & Gaskets
• Sport & Casual Shoe Soles
• Snow Sports

isoplast — equivalents

• neat resin
• compounded resin

aliphatic grades — non-yellowing

 

 

      Last Updated May 2007