3M Canada
3M™ 021200-07279 Film Tape, 36 yd L x 1/2 in W, 3.7 mil THK, Silicon Adhesive, Extruded PTFE Backing, Gray
7000050122
MFG #: 021200-07279
$166.30
/ RL
Estimated Delivery 7 to 10 Business Days
- Manufacturer: 3M
- Length: 36 yd Roll
- Width: 1/2 in
- Thickness: 3.7 mil
- Color: Gray
- Adhesive Material: Silicone
- Backing Material: 2 mil Extruded PTFE
- Adhesion Strength: 27 in-oz
- Tensile Strength: 22 in-lb
- Temperature Rating: -65 to 500 deg F
- Brand: 3M™
3M™ Film Tape, 36 yd Length, 1/2 in Width, 3.7 mil Thickness, Gray, Silicon Adhesive, Extruded PTFE Backing, 27 in-oz Adhesion Strength, 22 in-lb Tensile Strength, 500 deg F Maximum Operating, -65 deg F Minimum Operating
- Non-stick PTFE film provides an exceptionally slick surface for easy cleanup of hot plastic
- Silicone adhesive provides clean removal from a variety of surfaces
- Wide temperature range for performance on heated machinery and equipment
- Extruded 3M™ PTFE Film tape lies flatter than typical skived PTFE film tapes
- Excellent chemical resistance enables tape to withstand challenging applications
- High strength and abrasion resistance ensures reliability and performance to reduce friction, rattle
- Extruded, calendared film tape that resists curling during unwind for easy application
- Thicker backing helps extend the service life over thinner versions when subjected to abrasion and w
Non-stick PTFE film provides an exceptionally slick surface for easy cleanup of hot plastic
Silicone adhesive provides clean removal from a variety of surfaces
Wide temperature range for performance on heated machinery and equipment
Extruded 3M™ PTFE Film tape lies flatter than typical skived PTFE film tapes
Excellent chemical resistance enables tape to withstand challenging applications
High strength and abrasion resistance ensures reliability and performance to reduce friction, rattle and machinery noise
Extruded, calendared film tape that resists curling during unwind for easy application
Thicker backing helps extend the service life over thinner versions when subjected to abrasion and wear