 Double-sided thermal tapes adhere the heat sink to the device and offer good thermal characteristics. They are easy to apply, require no curing time, can be electrically conductive or isolating, and need no mechanical support to provide thermal or physical contact between the device and the heat sink. Aavid can apply one side to a heat sink.
Available in a specific cut size or in a sheet size, typically 8.00" x 8.00".
Ther-A-Grip 1050 / T404
For ceramic or metal packages |
| Ther-A-Grip 1050 uses a 0.001 inch (0.03 mm) Kapton MT filled polymide film coated on both sides with high-bond strength,
pressure-sensitive acrylic adhesive that is loaded with aluminum oxide particles. This provides both good thermal
performance and excellent electrical isolation. |
| Color |
Beige |
| Electrical Function |
Insulating |
| Thickness |
0.005 inch (0.13 mm) |
| Carrier |
Kapton |
| Thermal Impedance |
0.58 °C-in2/w |
| Thermal Resistance |
0.37 w/m-k |
| Breakdown Voltage |
5570 VAC |
| Volume Resistivity |
3 x 1014 Ohm-cm |
| UL Flammability |
94V-O |
| Rating |
U.L.94 |
| Lap Shear Adhesion |
124 psi |
| Die Shear Adhesion |
Aluminum 25°C
Aluminum 150°C
Alum. Oxide 25°C
Alum. Oxide 150°C |
130 psi
50 psi
170 psi
50 psi |
| Creep Adhesion |
25°C @ 12psi
150°C @ 12psi |
>50 days
>10 days |
|
Ther-A-Grip 1070 / T405R
For ceramic or metal packages
Ther-A-Grip 1070
uses a 0.002 inch (0.05 mm) aluminum foil core coated on both sides with
high-bond strength, pressure-sensitive acrylic adhesive
that is loaded with aluminum oxide particles. The
aluminum foil provides added thermal conductivity for
applications where electrical isolation is not required.
The combination of filter, expanded metal and embossed surface enhances both tape conformability and thermal performance. |
Ther-A-Grip 1090 / T412
For ceramic or metal packages
Ther-A-Grip 1090 uses an expanded foil carrier coated on both sides with
high-bond strength, presure sensitive acrylic that is loaded with titanium diboride particles.
The combination of filter, expanded metal and embossed surface enhances both tape conformability and thermal performance. |
| Color |
1070 / White |
1090 / Grey |
| Electrical Function |
Conductive |
Conductive |
| Thickness |
0.006 inch
(0.15 mm) |
0.009 inch
(0.23 mm) |
| Carrier |
Aluminum |
Expanded Aluminum |
| Thermal Impedance |
0.54 °C-in2/w |
0.25 °C-in2/w |
| Thermal Conductivity |
0.50 w/m-k |
1.40 w/m-k |
| Breakdown Voltage |
N/A |
N/A |
| Volume Resistivity |
3 x 10-2 Ohm-cm |
N/A |
| UL Flammability |
94V-0 |
N/A |
| Rating |
U.L.94 |
|
| Lap Shear Adhesion |
134 psi |
70 psi |
| Die Shear Adhesion |
Aluminum 25°C
Aluminum 150°C
Alum.Oxide 25°C
Alum.Oxide 150°C |
125 psi
55 psi
145 psi
60 psi |
135 psi
25 psi
125 psi
40 psi |
| Creep Adhesion |
25°C @ 12 psi
150°C @ 12 psi |
>50 days
>10 days |
>50 days
>10 days |
|
T410R / T411
For plastic packages
T410R thermally conductive tape consists of a high bond strength, pressure sensitive acrylic adhesive loaded with aluminum oxide and coated onto a 0.002 inch (0.05mm) aluminum foil carrier.
The other side of the foil carrier has a silicone pressure sensitive adhesive which provides excellent adhesion to silicone-contaminated plastics and other low energy surfaces.
T411 thermally conductive tape consists of a high bond strength, pressure sensitive adhesive with an aluminum mesh carrier layer.
The mesh carrier allows the tape to conform to curved surfaces of plastic molded IC packages, providing a high adhesive strength attachment for heat sinks. The high performance silicone-contaminated plastics and other low energy surfaces. |
|
| Typical Properties |
T410R |
T411 |
| Construction |
| Adhesive (to heat sink side) |
Acrylic |
Silicone |
| Color |
0.006 inch
White |
0.009 inch
Clear (Silver) |
| Carrier |
Aluminum Foil |
Aluminum Mesh |
| Adhesive (onto component side) |
Silicone |
Silicone |
| Color (to component side) |
Clear (Silver) |
Clear (Silver) |
| Thickness, mm (inch) |
0.18 (0.007) |
0.28 (0.011) |
| Thermal |
| Thermal Impedance @2/w (°C-in2/w) |
7.1 (1.1) |
6.5 (1.0) |
| Operating Temperature Range, °C |
-50 to + 150 |
-50 to + 150 |
| Mechanical |
| Lap shear Adhesion, psi (MPa) |
60 (0.414) |
14 (0.094) |
Die shear Adhesion, psi (MPa) Steel/FR4
25°C
125 °C |
170 (1.172)
40 (0.276) |
80 (0.552)
20 (0.138) |
|
|
