Why Torlon® PAI Is the Best Thermoplastic for Stiffness, Strength and All-Around Performance
High strength plastics have grown in use as engineers in high technology industries face the dual challenge of trimming weight […]
High strength plastics have grown in use as engineers in high technology industries face the dual challenge of trimming weight […]
When injection molded properly, parts made from advanced polymers like Torlon PAI, PEEK, Ultem PEI, Ryton PPS perform dependably in
Torlon 7130 is a high-performance formulation within the polyamide-imide (PAI) family of polymers. Its physical properties and bearing and wear
An Overview of The Characteristics and Applications of Torlon 7130 Read Post »
St-Aubin-sur-Gaillon, 21 March 2024 – DEMGY Group, an international technology group in innovative plastics processing, designs and manufactures high-performance plastic
DRAKE Plastics Ltd. Co. based in Cypress Texas, USA, and DEMGY group headquartered in Saint-Aubin-sur-Gaillon, France, have formed an alliance
Drake and DEMGY Form Trans-Atlantic Alliance in High-Performance Polymer Solutions Read Post »
CYPRESS, TX – Drake Plastics Ltd is pleased to announce the groundbreaking of its new 140,000 Sq Ft campus, scheduled
Drake Plastics Ltd Groundbreaking Ceremony Read Post »
Proprietary Technology Yields Seamless Tube with 138mm (5.5”) Wall Thickness Cypress, TX – Drake Plastics Ltd. has produced rigid tube
Drake Plastics Develops Industry’s Largest Extruded Torlon PAI Tube Read Post »
Semi-crystalline high-performance plastics such as PEEK and PPS as well as imidized amorphous polymers like Torlon polyamide-imide afford inherently good
What Factors Affect Bearing and Wear Resistance of High-Performance Plastic Components? Read Post »
Cypress, Texas — Drake Plastics, a Solvay Certified Torlon® PAI Injection Molder, has developed technology for molding consistently porosity-free parts
Drake Plastics Advances Torlon PAI Heavy-Wall Injection Molding Technology Read Post »
Tribological properties indicate how plastics perform when in contact with mating materials under dynamic conditions. They refer to the frictional