CARBON TAPE

CARBON TAPE

CARBON TAPE

 12,319.00 55,435.00

In stock

 12,319.00 55,435.00

  • Width – 8mm
  • Length – 20m
  • Tape thickness – 160micron
  • Plastic Core Diameter – 76mm
  • Adhesive thickness – 15micron
  • Operating temperature range – 120 degrees C
  • Resistance – 5 Ohms/sq
SKU: CARBONTAPE Category:
SKU Pack Size Resistance Tape thickness Plastic Core Diameter PriceTotalQuantity
Carbontape-001-115 Ohms/sq160micron76mm  12,319.00  0.00
-
+
Carbontape-001-5 55 Ohms/sq160micron76mm  55,435.00  0.00
-
+
  • Description
  • Additional information
  • APPLICATIONS

Description

In simple words, it is designed to install electrical conductivity between two hard surfaces which also need to join together. As these strips do not use liquid or colloidal adhesive solutions, it becomes safer and more comfortable to mount samples quickly.

The carbon tape is made using the best quality material for the tape itself, which has only trace amounts of Silicon and Aluminum. This material made from the non-woven liner and coated on one or both sides with a non-liquid, conductive adhesive solution. The adhesive itself is carbon-filled acrylic and highly sensitive to pressure, which makes it perfect for adhesion to several materials, including small fiber particles, paper, glass, wood, rubber, wafers, ceramic, plastics, and metals.

The carbon tapes are impurity free and completely transparent. Although the conductivity of single-sided carbon conductive tape is noticeably lower than the double-sided carbon conductive tape both of these are suitable for use in EDS or SEM applications.

Additional information

DimensionsN/A
Pack Size

1, 5

Resistance

5 Ohms/sq

Tape thickness

160micron

Plastic Core Diameter

76mm

These are some of the principal uses of high-quality carbon tape in industries and R&D labs across the world:

  • Repairing defective conductor on printed circuit boards
  • Fixing glitch rear windscreen heater
  • Alternative to soldering, if heat can damage electrical component
  • Making ‘Faraday Cage’ to protect sensitive electrical instruments from electromagnetic radiation
  • SEM (scanning electron microscopy) applications to prevent electrostatic charge developing in the surface