Proposal as an alternative material for conductive carbon.

Pelectron is a polymer-type antistatic agent.

  • Electrification voltage can be flexibly controlled (<50V or less)
  • Low electrification voltage and rapid charge decay
  • Low dust emission makes it ideal for static control in clean application
  • More recyclable than conductive carbon
  • No black color, can be color-coded or transparent

Ideal Material for semiconductor manufacturers

Made of PP resin
Vacuum molding
LCD module carrier tray

Made of transparent ABS resin
Computer Part’s package

Made of LDPE resin
Electronic parts packaging material

IC chip carrier tray
In addition, electrical material cases made of PPO resin, etc.

No Black Color; it can be color-coded or transparent.

  • Unlike conductive carbon, Pelectron does not turn black in your material.
  • Some transparent resins are also supported.

Comparison with conductive carbon

  • Pelectron has a lower saturation electrification voltage than then conductive carbon.
  • Pelectron decays electronic charge faster than conductive carbon.(Surface resistivity is a little higher.)
  • Electronic devices are breakdown by static electricity.
  • The saturation charged voltage must be 50V for MOSFET.
  • Conductivity of the resin can be controlled by adding PELECTRON.
  • Pelectron decays electronic charge faster than conductive carbon.
  • More recyclable than conductive carbon.
  • Even after repeated molding, the antistatic property does not deteriorate.

PELECTRON Standard Grades

  • Pelectron PVL is adapted mainly to PP and PE resins.
  • Pelectron AS is principally adapted to ABS, PC/ABS, PC, and Nylon resins.

If you need more technical information, just let us know.