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ENGINEERED MATERIALS
A MATERIAL FOR YOUR APPLICATION
Browse products by material category and explore their features, property references and applications.
Conductive & antistatic↗Permanent antistatic material based on PC, using polymeric antistatic modification technology. Application directions include tweezers, phone and camera housings, appliance housings, chip trays, electronic components, packaging sheets and electronic parts; validate resistance and processing conditions for the grade and finished part.
Conductive & antistatic↗Static dissipative material based on PC, using metal-fiber reinforced technology. Application directions include tweezers, phone and camera housings, appliance housings, chip trays, electronic components, packaging sheets and electronic parts; validate resistance and processing conditions for the grade and finished part.
Conductive & antistatic↗Conductive material based on ABS, using metal-fiber reinforced technology. Application directions include tweezers, phone and camera housings, appliance housings, chip trays, electronic components, packaging sheets and electronic parts; validate resistance and processing conditions for the grade and finished part.
Conductive & antistatic↗Conductive material based on ABS, using carbon-fiber reinforced technology with a flame-retardant formulation direction. Application directions include tweezers, phone and camera housings, appliance housings, chip trays, electronic components, packaging sheets and electronic parts; validate resistance and processing conditions for the grade and finished part.
Conductive & antistatic↗Static dissipative material based on ABS, using carbon-fiber reinforced technology. Application directions include tweezers, phone and camera housings, appliance housings, chip trays, electronic components, packaging sheets and electronic parts; validate resistance and processing conditions for the grade and finished part.
Conductive & antistatic↗Conductive material based on PC, using carbon-fiber reinforced technology. Application directions include tweezers, phone and camera housings, appliance housings, chip trays, electronic components, packaging sheets and electronic parts; validate resistance and processing conditions for the grade and finished part.
Conductive & antistatic↗Static dissipative material based on PC, using carbon-black modified technology. Application directions include tweezers, phone and camera housings, appliance housings, chip trays, electronic components, packaging sheets and electronic parts; validate resistance and processing conditions for the grade and finished part.
Conductive & antistatic↗Conductive material based on PC, using carbon-black modified technology. Application directions include tweezers, phone and camera housings, appliance housings, chip trays, electronic components, packaging sheets and electronic parts; validate resistance and processing conditions for the grade and finished part.
Conductive & antistatic↗Permanent antistatic material based on PC/ABS, using polymeric antistatic modification technology. Application directions include tweezers, phone and camera housings, appliance housings, chip trays, electronic components, packaging sheets and electronic parts; validate resistance and processing conditions for the grade and finished part.
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