Description

• Exceptional Thermal Conductivity: Features an impressive thermal conductivity of 79 W/m.K *, ensuring efficient heat dissipation from CPUs and GPUs, ideal for high-performance applications.
• Advanced Performance: Perfect for users seeking top-tier thermal management and overclocking, Liquid Metal by CSGR provides superior heat transfer for optimal cooling efficiency.
• Seamless Integration with K5 PRO: Designed to work seamlessly with K5 PRO thermal putty. K5 PRO can be used to protect surrounding components from liquid metal leaks, as our lab tests confirm that liquid metal does not penetrate K5 PRO.
• Electrically Conductive: Suitable for experienced users due to its electrical conductivity. Beginners should consult usage guides or opt for non-conductive thermal pastes if unfamiliar with liquid metal.
• Complete Package: Each 1g pack includes the liquid metal paste, a spreader for easy application, a 1mm plastic tip, and a thin needle tip for precise application, ensuring a thorough and effective installation.

Description:

Liquid Metal by CSGR 1g is a premium thermal paste designed to offer unmatched heat dissipation for CPUs and GPUs. With a thermal conductivity of 79 W/m.K *, this liquid metal excels at transferring heat away from critical components, making it perfect for high-performance and overclocking scenarios.

This product is designed to work in conjunction with K5 PRO thermal putty. In our lab tests, K5 PRO effectively prevents any potential leakage of liquid metal, making it an ideal complementary product to enhance thermal performance.

Liquid Metal by CSGR is electrically conductive, and is best suited for advanced users familiar with handling such materials. For those new to liquid metal, it is advisable to review tutorials or consider non-conductive thermal pastes.

Please note that this liquid metal should not be used with aluminum heatsinks to avoid compatibility issues. Each 1g pack comes with a spreader, a 1mm plastic tip, and a thin needle tip for easy and precise application.

*Computer Systems materials science laboratory testing: Method using a comparative technique (P. Karydopoulos, P. Frantzis, N. Karagiannis MSAIJ 2014).