Overview
- Thermal conductive pad is a typical thermal interface material that effectively conducts heat generated from heat sources inside electronic devices and automobiles.
- It is produced by dispersing and mixing the thermally conductive powder in silicone resin, which has an excellent heat resistance and electrical insulation properties.
- Its excellent flexibility and elasticity allow it to adhere to the heat source and have outstanding heat conductivity.
Features
- RoHS compliant
- Excellent thermal conductivity and flame resistance
- Adjustable thermal conductivity and hardness of thermal pad
- Option to apply single/double-sided adhesive, PET release film laminating, and shape processing.
Details
Thermal Conductive Pad
P/N |
Thermal Conductivity [W/mK] |
Hardness (Shore OO) |
Reinforcement |
Color |
Thickness [mm] |
Density [g/cm3] |
Volume Resistance [Ω•㎝] |
Dielectric Breakdown Voltage [KV/mm] |
TH814S-40-15-OO-BT |
1.5 |
40 ±10 |
x |
Dark gray |
≧0.5 |
2.5 |
1013 |
10 |
TH814S-40-15-GF-BT |
Fiberglass |
TH820S-55-15-OO-BT |
55 ±10 |
x |
TH824S-65-30-OO-BT |
3 |
65 ±10 |
x |
Gray |
2.9 |
1012 |
6 |
TH825S-65-50-OO-BT |
5 |
x |
3.0 |
TH792S-65-70-OO-BT |
7 |
x |
3.2 |
Common properties
- Operating Temp.: -40~200˚C
- Flame Rating: UL94 V-0
- Eco friendly: RoHS/REACH compliant
※ Please contact our sales team for specifications other than those listed above.
(In case of different requirements such as thermal conductivity, hardness, support, viscosity, color, etc.)
Applications
- It is easy to attach, detach, and semi-fix because of its soft and adhesive properties.
- It can be applied to the battery module for electric vehicles to enable BMS circuit insulation and heat dissipation function, absorb vibrations, and fix the accessories.
- It is a versatile heat dissipation material for power controllers and driving motor control parts in sustainable energy, such as solar power generation.
Product Support
Product Number
Number |
Code |
Example |
(1) |
Product Code |
TH (Thermal Interface Material) |
(2) |
Serial Number |
708 |
(3) |
Material |
S: Silicone |
(4) |
Hardness |
40 |
(5) |
Thermal Conductivity |
15: 1.5W/mK, 70: 7.0W/mK |
(6) |
Base Material |
GF: Glass Fiber PF: PET Film OO: None |
PM: PET Mesh IF: Polyimid Film |
(7) |
Surface Viscosity |
ST: Single-sided viscosity BT: Double-sided viscosity NT: No viscosity |