Panasonic EYGR Series Self-Adhesive Graphite Thermal Interface Pad 0.35 mm Thick 200 W/mK 85 mm x 246 mm EYGR0925ZRWA

Panasonic EYGR0925ZRWA Thermal Interface Pad is a high-performance self-adhesive graphite thermal interface material designed for effective heat management in electronics and electrical equipment.

This thermal pad has a thickness of 0.35 mm and measures 246 mm in length and 85 mm in width, making it suitable for large surface areas requiring efficient heat dissipation.

Its graphite-based thermal interface material provides outstanding thermal conductivity of 200 W/mK, enabling superior heat transfer from heat-generating components to heat sinks or cooling devices.

The pad features 14 precisely positioned 6 mm diameter holes, allowing for improved conformability and reducing thermal interface resistance by compensating for warpage and surface irregularities.

Designed for industrial, electronics manufacturing, laboratory, HVAC, and thermal management applications, it withstands extreme operating temperatures ranging from -55°C to 400°C, assuring long-term performance and durability under harsh conditions.

The thermal pad is 0.35 mm thick for efficient thermal transfer. Dimensions measure 246 mm length by 85 mm width, suitable for various electronics applications. It is self-Adhesive, ensuring easy installation and firm placement.

The graphite conductive material provides excellent heat resistance and reliability. The pad supports operating temperatures from -55°C up to 400°C. Contains 14 holes with a diameter of 6 mm, enhancing thermal contact. Complies with RoHS standards, guaranteeing environmental safety.

Manufactured in Japan adhering to high-quality standards.

Panasonic EYGR series thermal pads offer cost savings and longer service life due to their reliable heat resistance and high compressibility compared to standard pyrolytic graphite sheets (PGS). This allows more effective thermal coupling with components despite substrate warpage or surface distortions.

EnvMart customers looking for premium thermal interface materials for electronics cooling applications will find this product especially suitable for industrial and laboratory uses.