Outline

Duratron PAI has particularly good heat resistance. It can be used in extreme mechanical environments with a continuous use temperature of 260℃, and Duratron PAI-heated products (parts) have superior compressive strength and impact resistance to most other AEP-processed products.

Duratron PAI is an amorphous material with a glass transition temperature (280°C) that offers excellent dimensional stability across the entire service range due to its very low coefficient of linear thermal expansion and high creep resistance. This eliminates the need for additional post-processing by the user in most cases.

Post-treatment cycles are sometimes recommended for components manufactured by injection molding that require chemical resistance or abrasion performance.

Characteristic

-Excellent mechanical strength and rigidity up to 260℃

-Minimum linear thermal expansion rate even at 260℃

-The bearing grade has excellent wear resistance.

-Excellent thermal, chemical and mechanical properties

-Excellent resistance to high-output radioactive energy (gamma rays and X-rays)

Applications

-High temperature electrical connector

Duratron T4203 PAI and Duratron T5030 PAI have excellent electrical properties and heat resistance.

(Previous materials: nylon, Quadrant, DuratronⓇ PEI)

-a bearing cage

Duratron T4203 and T5030 PAI have a low rate of expansion and good wear resistance, which can speed up bearings and increase parts life. (Previous materials: metal cages, metal balls, bronze bushing)

-the core of a can

Duratron T4203 PAI is highly compressive and abrasion resistant, increasing productivity and part life and reducing deformation in aluminum can (printed) printing. (Previous materials: nylon, UHMWPE, ceramic coated steel)