Semitron® ESd 500 HR (High Resistive PTFE) from Port Plastics, reinforced with a proprietary synthetic mica, is engineered to offer an unparalleled combination of low frictional properties and exceptional dimensional stability. Ideal for high-precision applications in the semiconductor and electronics industries, Semitron® ESd 500 HR is the material of choice where controlled bleed-off of static charges is crucial.
- HIGH RESISTIVITY: Semitron® ESd 500 HR offers controlled surface resistivity (10^10 - 10^12 Ω/square), ideal for static-sensitive applications. Ensures safe static discharge.
- LOW FRICTION: Features exceptionally low frictional properties, reducing wear and extending product lifespan. Ideal for applications requiring smooth operation.
- DIMENSIONAL STABILITY: Provides excellent dimensional stability, a critical attribute for precision components in high-tech industries.
- HEAT RESISTANT: With a Heat Deflection Temperature of 210º F, it maintains integrity and performance under thermal stress.
- SYNTHETIC MICA REINFORCEMENT: Reinforced with proprietary synthetic mica, enhancing its mechanical properties and performance under various conditions.
- VERSATILE APPLICATIONS: Perfect for sectors where PTFE's properties are needed but with added benefits of electrical dissipation. Widely applicable in semiconductor, aerospace, and electronics.
- AESTHETIC AND FUNCTIONAL: Its white color not only adds to its aesthetic appeal but also aids in identifying cleanliness and integrity in sensitive environments.
With its white color, it ensures visual cleanliness and contributes to the aesthetic requirements of manufacturing environments. Featuring a high controlled surface resistivity range of 10^10 - 10^12 Ω/square, it stands out in applications demanding strict electrostatic discharge control. The material's robustness is further evidenced by its Heat Deflection Temperature of 210º F, alongside notable tensile and flexural strengths. Semitron® ESd 500 HR is a versatile, high-performance material that bridges the gap between traditional PTFE and advanced engineering needs, offering a superior alternative with enhanced properties and safety features.
