Black Volume Conductive Film

Black Volume Conductive Film

Our black conductive film meets electrical requirements of MIL-P-82646A. It is made from a single layer of carbon-loaded polyethylene and its conductivity does not depend on humidity. It is non-sloughing, does not contaminate components it comes in contact with despite repeated use, and is groundable.

Black Volume Conductive Film Flat Pouches with electronics inside

Properties:

  • Color – Black Opaque – Printable
  • Tensile Strength – >2000 PSI
  • ASTM D 882
  • Elongation (MD %) – >150%
  • ASTM D 882
  • Dart Impact – 250 to 700 grams
  • ASTM D 1709
  • Tearing Strength – >400 lbs. per inch
  • ASTM D 882
  • Burst (Mullen) – 20 to 60 PSI
  • ASTM D 774

Performance:

  • Volume Resistivity – <30,000 OHMS/cm
  • Surface Resistivity – <30,000 OHMS/Sq
  • Meets ASTM D 991, ASTM D 257 and is ROHS Compliant

Product is suitable for automatic bag-making machines:

  • Temperature – 250°F – 375°F
  • Time – 0.5 – 3.5 seconds
  • Pressure – 30 – 70 PSI

Applications:

  • For packaging of static sensitive components, where
    electrostatic contamination is a problem.

Products Available:

  • Bags
  • Tubing
  • Sheeting
Black Conductive shown on a roll and made into pouches
single Black Conductive pouch containing and electronic part

Black Conductive – MIL-P-82646

Extra Packaging is U.S. Navy certified for Black Conductive film and bags to MIL-P-82646. Black Conductive bags and film must be a run at .0035/.004 mils to conform to the MIL Specification. However, we can extrude down to .002/.0025 upon request.

Production Style Available:

Bags:

  • Bottom Seal
  • Side Weld
  • Zipper
  • Compartment
  • Custom
  • Gauge Range: .002 to .010 mil

Film:

  • Tubing
  • Centerfold
  • Single Wound Sheeting
  • Double Wound Sheeting
  • J Film
  • U Film
  • 2″ – 60″ Layflat

Materials: Conductive Carbon PE Materials


Application: Highly recommended for packaging of explosive powders and other critical applications. The material has low electrical resistance, and allows electrons to flow easily

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