HY256 6.0W/m·K Green Thermal Putty (80g Cartridge) for GPU RAM, ASIC & Electronics

HY256 Green Thermal Putty – 6.0 W/m·K High-Efficiency Thermal Interface Material

The HY256 Thermal Putty is a high-performance thermal interface material designed for professional electronics cooling applications. With a thermal conductivity of ≥ 6.0 W/m·K, it provides efficient heat transfer while maintaining excellent flexibility, making it an ideal replacement for traditional thermal pads.

Flexible Alternative to Thermal Pads for Uneven Surfaces

HY256 thermal putty easily adapts to different gap sizes and component heights, ensuring full surface contact between heat sources and heat sinks. This characteristic makes it especially suitable for GPU RAM, ASIC hashboards, mining machines, and compact electronic assemblies.

• Thermal conductivity: ≥ 6.0 W/m·K
• Low thermal impedance: ≤ 0.025 °C·in²/W
• Excellent formability: fills irregular and variable gaps
• Electrically insulating: safe for sensitive electronics
• Stable material: non-drying and long-lasting performance

Designed for Mining, GPU & Professional Electronics Repair

HY256 is widely used by mining farms, repair centers, OEM assemblers, and electronics workshops. Typical applications include GPU memory cooling, ASIC miners, smart phones, wireless charging modules, and other high-density electronic components.

HY256 Thermal Putty Technical Specifications

B2B & Wholesale Supply:
HY256 thermal putty is available for bulk orders, mining farms, and international distribution. Business pricing and customized shipping options are available upon request—please contact our sales team.

Quality Assurance:
All HY256 products supplied are original materials and undergo strict quality inspection. Technical documentation and compliance files can be provided to professional customers.

More options available:
If you require different thermal performance or cost levels, we also supply other thermal putty and thermal grease models. Please contact our sales department for tailored solutions.