Hisco #:7100027866-31180
MFG #:7100027866
Item must be ordered in multiples of 4
Quantity | Price | Save |
---|---|---|
12 | 29.26 | Save 1% |
3M™ Wire Pulling Lubricant WL is a translucent polymer gel that acts as an excellent lubricant for pulling both electrical and communication cable. This lubricant gel wipes off the cable quickly and cleanly before terminating or splicing. The lubricant has a low coefficient of friction which lessens the chance of cable jacket damage from high pulling forces.
3M™ Wire Pulling Lubricant WL is a consistent gel that does not liquefy, or separate with hot or cold aging. It stays thick, smooth and ready to apply. Temperature range of 20 to 110 degrees F (-6.7 to 43 degrees C).
3M 7100027866 Features:- Low coefficient of friction lessens the chance of cable jacket damage
- Low residue for easier cable replacement
- Compatible with a wide range of cable types and jacket materials
- Temperature range of 20 to 110 degrees F (-6.7 to 43 degrees C)
- Color: White
- Package Quantity: 4 GALS
- Part Number: WL-1
- Product Type: Gel
Product Description
3M™ Wire Pulling Lubricant WL is a translucent polymer gel that acts as an excellent lubricant for pulling both electrical and communication cable. This lubricant gel wipes off the cable quickly and cleanly before terminating or splicing. The lubricant has a low coefficient of friction which lessens the chance of cable jacket damage from high pulling forces.
3M™ Wire Pulling Lubricant WL is a consistent gel that does not liquefy, or separate with hot or cold aging. It stays thick, smooth and ready to apply. Temperature range of 20 to 110 degrees F (-6.7 to 43 degrees C).
3M 7100027866 Features:- Low coefficient of friction lessens the chance of cable jacket damage
- Low residue for easier cable replacement
- Compatible with a wide range of cable types and jacket materials
- Temperature range of 20 to 110 degrees F (-6.7 to 43 degrees C)
- Color: White
- Package Quantity: 4 GALS
- Part Number: WL-1
- Product Type: Gel
Technical Information
Item must be ordered in multiples of 4