Thermal Grizzly DeltaMate Extender MM7R Matt Nickel — thermal interface pad accessory

Thermal Grizzly DeltaMate Extender MM7R Matt Nickel is a thin thermal interface pad accessory designed to improve heat transfer between electronic components and cooling solutions. Finished in matt nickel, the extender pad complements the DeltaMate series by providing a stable, conductive intermediate layer for applications that require a slim, reliable thermal interface. It is intended for use where precise gap filling and consistent thermal contact are important in CPU, GPU and custom cooling assemblies.

Advantages

The matt nickel surface offers durable, low-oxidation contact that maintains consistent thermal conductivity over time. The extender design provides a uniform, thin profile that helps bridge small gaps between components and heatsinks without adding bulk. Compatibility with DeltaMate systems ensures predictable mechanical fit and thermal performance in setups that require an alternative to thicker pads or direct metal contact.

Suitable for

• CPU and GPU cooling upgrades and replacements
• Custom cooling assemblies and small form-factor builds
• Applications requiring thin, stable thermal interface layers

Key specifications

• Material: matt nickel surface on a thermal conductive substrate
• Form factor: thin extender pad designed for DeltaMate compatibility
• Function: improves thermal transfer and fills small inter-component gaps
• Surface finish: matt nickel for reduced oxidation and stable contact

How to use

Clean both contacting surfaces to remove dust, oils and old thermal interface material before installation. Cut the extender pad to the required size if necessary, align it carefully on the component or heatsink, and press gently to ensure full contact across the mating surfaces. Avoid stretching or folding the pad; ensure there is no trapped debris or uneven compression that could reduce thermal contact quality.

Usage recommendations

Use the DeltaMate Extender MM7R in applications where a thin, stable interface is required and when direct soldered or metallic contact is unsuitable. Check mechanical tolerances and compression limits in your system to ensure the pad provides optimal contact without over-compression. Replace the pad if surface damage or contamination is observed to maintain consistent thermal performance.