Outline

The Duratron CU60 PBI is an engineering thermoplastic resin that is evaluated as the best performing material today. These properties allow it to act as the ultimate fixer when other plastic materials are not possible.

Characteristic

-It has the highest continuous use temperature in the atmospheric environment. [310℃ continuously, up to 500℃ in a short time]

-It maintains excellent mechanical strength, stiffness, and creep resistance over a wide temperature range.

-It has excellent abrasion-resistant and friction-resistant properties.

-The linear thermal expansion coefficient is very low.

-It is highly resistant to high-power energy radiation. [Gamma-ray and X-ray]

-It is inherently low in combustibility.

-It boasts high purity in terms of ion contamination.

-It has excellent electrical insulation and dielectric properties.

Applications

The Duratron CU PBI maintains temperature resistance and mechanical properties that outperform thermoplastic resins in all base grades at 200°C. The Duratron CU60 PBI is very "clean" in terms of ionic purity and does not emit gas [excluding water]. With these properties, it is highly present in high-tech industries such as semiconductor and aerospace industries.

Duratron CU60 PBI is a material that is commonly used as a substitute for metal and ceramic in pump parts, valve seats [high-tech valves], bearings, roller high-temperature insulators, and more.

Technical Information

High tolerance parts should be stored in a sealed container to prevent dimensional changes caused by moisture absorption [usually using polybags with dry materials]. Parts should be quickly exposed to temperatures above 200°C and then "dried" to use, or left in a dry state to prevent deformation caused by heat shock.