SPREADFAST Ceramic Universal Square Pin Fin Heatsink 32mm x 32mm x 6mm 15.7°C/W, 26.7°C/W SF-CHS-323206P

SPREADFAST SF-CHS-323206P is a ceramic universal square pin fin heatsink offering thermal resistance between 15.7°C/W and 26.7°C/W. Its compact size of 32 mm length, 32 mm width, and 6 mm height makes it suitable for efficient heat dissipation in sensitive electronics.

Manufactured from ceramic material, this heatsink provides a high breakdown voltage and superior heat dissipation capabilities compared to traditional metal Heatsinks. The pin fin design enhances airflow and thermal management.

This heatsink is well-suited for multiple industrial applications including traditional heatsink replacement, LED and chipset cooling, power modules, and integrated circuit (IC) cooling where thermal cycling stability is critical.

Installation options include adhesive and screw fastening methods, ensuring versatile mounting depending on application requirements. The white finish adds to the aesthetic and functional attributes of the heatsink.

It complies with RoHS standards, assuring safety and environmental considerations in industrial and lab-grade electronic equipment. Constructed from high-quality ceramic material ensuring high breakdown voltage. Designed as a universal square pin fin heatsink for versatile application.

Thermal resistance ranges between 15.7 and 26.7 degrees Celsius per watt. White colour and pin fin series for effective heat dissipation. Suitable for traditional heatsink replacement and LED or chipset cooling. Can be fastened using adhesive or screws for secure mounting.

Ideal for power module and IC cooling requiring thermal cycling stability.

This product serves crucial roles in electronics cooling within industrial, laboratory, manufacturing, and HVAC environments. Its ceramic composition makes it effective for thermal management tasks in electronics systems requiring durability and electrical insulation.

Explore more electronic heatsink products and variants in EnvMart's comprehensive catalogue to meet diverse thermal management needs.