Antistatic Painting

Semiconductor wafer processing, hard disk drive assembly and LCD display assembly typically require handling equipment, process carriers and shipping containers to be electrically dissipative and low particulating. Carbon nanotubes enable the compounding of conductive or dissipative plastics due to their high electrical conductivity.  In addition, their high aspect ratio (L/D) keeps the loading level required for conductive or dissipative plastics is considerably lower than with traditional conductive fillers.  Since the filler loading is kept low than 0.5%, the potential for particulation is minimized and manufacturing yields are maximized. Finally, since the filler loading is kept low, the filled polymer will not become brittle like traditional filled polymers do and the product life time is maximized.


Carbon Nanotube Benefits:

  • High yield
  • Consistent ESD protection
  • Longer carrier lifetime due to filled polymer durability
  • High cleanliness and ultra-low particulation
  • Cost effective

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