Laird Technologies TPCM 7000 Series High-Performance Thermal Interface Materials
Laird Technologies TPCM 7000 High-Performance Thermal Interface Materials (TIMs) come with a conductivity of 7.5W/mK, designed to reduce thermal resistance in electronic systems. The high-performance TIMs can soften at 50°C, allowing them to form a thin bondline down to 25µm and effectively displace air at the interface. The TPCM 7000 TIMs offer improved durability, resist pump-out, and maintain a balanced tack for handling. These TIMs find applications in graphics cards, servers, and the automotive industry.
Features
- Eco-friendly
- No pump-out
- Proven long-term reliability
- RoHS and REACH compliant
- Silicone-free with naturally tacky surface
Applications
- Automotive
- Desktops
- Game consoles
- Graphics cards
- IGBTs
- Memory modules
- Servers
Technical Specifications
| Parameters | Values |
|---|---|
| Bulk thermal conductivity | 7.5W/mK |
| Density | 2.5g/cc |
| Dielectric Constant | 31.54 at 1MHz |
| Minimum bondline thickness | 25µm |
Video
This Tech Specs video for Laird Performance Materials TPCM 7000 High-Performance TIMs explains that they achieve a thermal conductivity of 7.5W/mK to enhance electronic cooling in the harshest thermal environments of telecom, computing, and industrial electronics.
See video transcript below
Video Transcript
They say you can fry an egg on the hood of a car during the hottest months of the year in Death Valley. If your car and its electronics are getting to that point, you better be using Laird’s TPCM 7000 high performance thermal interface materials. These thermal phase change materials achieve a thermal conductivity of 7.5W/mK to enhance electronic cooling in the harshest thermal environments of telecom, computing, industrial electronics, servers, and video graphics. The TPCM 7000 product line offers long term reliability and an operating temperature up to 150°C with 2,000 hours of various aging tests. The environmentally friendly non silicone formulation provides a naturally tacky surface that delivers superior pump out resistance and meets RoHS and REACH requirements.
