Hisco #:7100100145-31180
MFG #:7100100145
Item must be ordered in multiples of 1
Quantity | Price | Save |
---|---|---|
1 | 2014.61 | |
3 | 1972.10 | Save 2% |
3M™ Thermally Conductive Interface Tape 8926-05 is a 0.5 mm pressure-sensitive tape designed to have good converting ability, handing and re-workability through the introduction of a thin PET carrier. 3M tape Series 8926 is designed with a soft acrylic polymer and multiple thickness options to allow excellent wet-out or conformability to many surfaces.
3M™ Thermally Conductive Interface Tape 8926-05 has good adhesion performance to many substrate types and has excellent dielectric performance. Standard Lead Time: 45 Calendar Days
3M 7100100145 Features:- Good thermal conductivity (>1.5W/m-K)
- Excellent dielectric performance
- Low thermal impedance
- Good and reliable adhesion performance to Al and SS
- Vibration damping
- Can be used for heat management
- Can be used for general heat dissipation
- Can be used for bonding / joining parts
- Package Quantity: 1 BOX
- Part Number: 8926-05
- Width: 23.622 in
Product Description
3M™ Thermally Conductive Interface Tape 8926-05 is a 0.5 mm pressure-sensitive tape designed to have good converting ability, handing and re-workability through the introduction of a thin PET carrier. 3M tape Series 8926 is designed with a soft acrylic polymer and multiple thickness options to allow excellent wet-out or conformability to many surfaces.
3M™ Thermally Conductive Interface Tape 8926-05 has good adhesion performance to many substrate types and has excellent dielectric performance. Standard Lead Time: 45 Calendar Days
3M 7100100145 Features:- Good thermal conductivity (>1.5W/m-K)
- Excellent dielectric performance
- Low thermal impedance
- Good and reliable adhesion performance to Al and SS
- Vibration damping
- Can be used for heat management
- Can be used for general heat dissipation
- Can be used for bonding / joining parts
- Package Quantity: 1 BOX
- Part Number: 8926-05
- Width: 23.622 in
Technical Information
Item must be ordered in multiples of 1