3M Canada
3M™ 7000050120 5490 Film Tape, 36 yd L x 1 in W, 3.7 mil THK, Silicon Adhesive, Extruded PTFE Backing, Brown
7000050120.
MFG #: 7000050120
$255.46
/ EA
Non-Stock Item
- Adhesion Strength: 27 in-oz
- Adhesive Material: Silicon
- Backing Material: Extruded PTFE
- Color: Brown
- Country of Origin: US
- Length: 36 yd
- Manufacturer Name: 3M
- Maximum Operating Temperature: 500 deg F
- Minimum Operating Temperature: -65 deg F
- Request For Quote: No
- Series: 5490
- Tensile Strength: 22 in-lb
- Thickness: 3.7 mil
- Width: 1 in
3M™ PTFE film tape 5490 uses an extruded polytetrafluoroethylene (PTFE) film backing. This tape offers an extremely low coefficient of friction which, in combination with a pressure sensitive silicon adhesive, creates a smooth, non-stick surface over a variety of substrates to assist in the movement of materials in many types of lay-flat applications. The extruded film backing on 3M™ PTFE film tape 5490 resists curling when unwound from the roll and lies flatter than skived PTFE film tapes, creating a more uniform non-skid surface. We developed this tape as a quick and easy solution to reduce friction between moving surfaces. It functions as an anti-stick or easy release medium where pressure, temperature changes and other factors may create a measure of adhesion. Applying 3M™ PTFE film tape 5490 can help improve surface movement, eliminate squeaks and rattles and reduce machine noise. PTFE is chemical-resistant and can be used as a temporary chemical barrier. The tape has a wide temperature use range, from -65 to 500 deg F, making it a suitable choice for a variety of applications.
- Application
- Item Features
For roll-wrap for web processing, belts and plates where sticky materials and inks may occur, high temperature wire bundling, harnessing, lining of chutes, toughs and ducts applications
- Wide temperature range for performance on heated machinery and equipment
- High strength and abrasion-resistance ensures reliability and performance to reduce friction, rattle and machinery noise