WACKER® PASTE P12 90ml

WACKER® PASTE P12 is a specialized silicone paste with high thermal conductivity, developed for professional heat dissipation in electronic, energy, and industrial systems. Its soft, viscous consistency allows for easy application and precise filling of even the smallest surface irregularities, significantly reducing thermal resistance and improving the operational stability of electronic components. This makes P12 one of the most effective materials for temperature management in components requiring high reliability and consistent performance.

The paste features excellent electrical insulation, making it safe for direct contact with conductive elements. The silicone base provides resistance to moisture, aging, oxidation, and many chemical influences, ensuring stable performance over long-term use. P12 maintains full functionality across a wide temperature range from –40°C to +200°C, making it suitable for both consumer electronics and demanding industrial systems.

In practice, the product is ideal wherever reliable heat transfer from a heat-generating component to a heatsink, housing, or cooling element is critical. Its stable, non-curing formula allows the paste to be serviced, adjusted, or replaced without damaging the components.

Key Properties:

• High thermal conductivity – effective heat dissipation from components

• Excellent electrical insulation

• Resistance to oxidation, moisture, and environmental influences

• Stability across a temperature range of –40°C to +200°C

• Non-curing, soft consistency for easy application and servicing

• Non-toxic and chemically neutral to most materials

Applications:
WACKER® PASTE P12 is widely used in:

• Power electronics and industrial systems

• IGBT modules, transistors, regulators, and converters

• Cooling systems and heatsink-to-component interfaces

• LED lighting (improving thermal management)

• Automotive electronics

• Power supplies, drives, controllers, and high-current modules

P12 is a reliable, professional solution wherever high temperatures may compromise component stability and lifespan. It ensures durability, safety, and predictable performance in modern electronic and energy systems.