RS PRO Thermal Interface Sheet, 1 mm Thick, 4 W/mK Thermal Conductivity, 150 mm x 150 mm, Non-Silicone 915-6092

RS PRO 915-6092 Thermal Interface Sheet is a high-performance, 1 mm thick thermal gap pad with thermal conductivity of 4 W/mK. Manufactured with a blue, non-silicone conductive material, this sheet measures 150 mm in length and width and has a shore hardness rating of OO 30, making it ultra-soft and highly compressible. It is designed to provide effective thermal management solutions across diverse industrial and commercial electronics applications.

This thermal interface sheet offers excellent thermal transfer capabilities while maintaining electrical insulation. Its natural tack ensures facile installation, and low contact resistance helps maximize efficiency. The sheet exhibits low molecular weight siloxane properties, minimizing oil bleed and resulting in long-term stability in electronic assemblies.

Operating within temperatures from -40°C up to a maximum of 125°C, the sheet is suitable for a range of environments and applications including PDP TVs, LCD backlights, LED signage, projectors, mobile telephones, laptops, communication base stations, automotive electronic systems, and hybrid/electric vehicle thermal management.

The product complies with RoHS and REACH directives, demonstrating its adherence to strict environmental and material safety standards. Made in Taiwan (Province Of China), this RS PRO series Thermal Interface Sheet is engineered for industrial, laboratory, automotive, HVAC, and electronics manufacturing uses.

This thermal gap pad is made of non-silicone conductive material for reliable performance. The sheet measures 150 mm by 150 mm, suitable for various industrial applications. It has a Shore OO 30 hardness rating, combining softness with durability.

Operates effectively within a temperature range of -40°C to 125°C. Complies with RoHS and REACH standards ensuring environmental and safety compliance. Its natural tack and ultra-soft texture simplify installation and enhance contact.

Low contact resistance and minimal oil bleed offer long-term stability. Provides electrical insulation while maintaining very good thermal conductivity. Ideal for applications including displays, consumer electronics, automotive electronics, and industrial devices.

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