3M

3M 420 Liner Foil Tape, 1/4 in W x 36 yd Roll L, 6.8 mil THK, Dark Silver

3M 7000049135
$47.02 / Order multiples of 36 RL
Out of Stock
  • Color: Dark Silver
  • Length: 36 yd Roll
  • Thickness: 6.8 mil
  • Type: Liner
  • Width: 1/4 in
  • Adhesion Strength: 45 in-oz
  • Adhesive Material: Green Rubber
  • Backing Material: 4.7 mil Lead
  • Temperature Rating: -60 to 225 deg F
  • Tensile Strength: 20 in-lb

3M lead foil tape 420 is an electrically and thermally conductive tape. This highly conformable tape resists flame, moisture, weather, UV degradation, chemicals and radiation. Mated with an easy release film liner, this malleable tape can be shaped into complex or detailed patterns or die cut into specific shapes to meet assembly and manufacturing process needs. 3M lead foil tape 420 is a dark gray, lead foil backed tape coated with a distinct green rubber adhesive that offers good initial grab and a long lasting bond that removes cleanly for most surfaces. It is an extremely conformable and pliable tape that can be formed into detailed and intricate shapes and patterns. The lead foil backing can be burnished to fully cover the adhesive and allow full contact of the lead foil to the metal base. This metal to metal contact results in a continuation of the electrical path, reducing buildup at the adhesive interface. This lead foil tape is formulated to be electrically and thermally conductive and carries a strong acid and base resistance, making it ideal for electroplating or as a radiation barrier. Due to the density, weight and malleability of the lead foil, this tape makes an excellent choice for weighting and balancing, particularly for golf clubs where weight and conformability are crucial for balance and club performance.

  • The rubber based adhesive bonds well a variety of surface, including most metals
  • Performs over a wide variety of temperatures
  • Liner allows tape to be die cut into specific shapes for assembly and manufacturing processes
  • Conformable tape resists flame, moisture, weather, UV degradation and many chemicals used in electroplating and anodizing processes