THERMALINK TSP-6 6W/mK Thermal Pad -40~200℃ Custom Gap Pad for Power Supplies
Product Specification
It provides excellent electrical insulation and high breakdown voltage, effectively isolating current and preventing leakage and short-circuit faults of power equipment. Custom thickness, special die-cut shapes and back adhesive processing are available to match various power module assembly structures. All TSP-6 thermal pads pass UL safety certification and RoHS environmental testing, meeting strict industrial safety standards. Moderate hardness and super compression resistance reduce assembly stress, protecting fragile power chips and components during installation, making it the most reliable standard thermal solution for power industry.
Products details
Technical Parameters
|
Parameter Item
|
Specification
|
Test Standard
|
|
Model & Thermal Conductivity
|
TSP-6, 6W/m·K
|
ASTM D5470
|
|
Continuous Temp Range
|
-40℃ ~ 200℃
|
Long-term Load Aging Test
|
|
Compression Performance
|
High Compression Resistance, Low Deformation
|
ASTM D575
|
|
Leakage Feature
|
No Silicone Oil Bleeding
|
1000h High-temp Test
|
|
Insulation Grade
|
High Withstand Voltage Insulation
|
ASTM D149
|
|
Certification
|
UL, RoHS Certified
|
International Industrial Standard
|
Application Scenarios
TSP-6 6W/mK standard thermal pad is mainly dedicated to various power supply and power management equipment. Core applications include industrial switching power supplies, power adapter modules, server power units, LED drive power supplies and embedded power management systems. The stable 6W/mK thermal conductivity perfectly matches the heat generation of medium-power power components, effectively reducing operating temperature and extending equipment service life. The no-leakage and high-insulation characteristics adapt to long-term 24/7 operation of industrial power equipment, greatly reducing failure rate. Custom die-cut and back adhesive services support standardized and modular assembly, widely recognized by European and American power equipment manufacturers as a benchmark thermal pad for power industry thermal management.
