Cooler Master CryoNamics High Performance Thermal Pad 40x30x0.2

(Special Price! Reduced to clear, was $12!) The Cooler Master CryoNamics High Performance Thermal Pad is engineered to enhance heat dissipation across various electronic components, including CPUs, GPUs, and RAM modules. Measuring 40x30x0.2mm, this thermal pad incorporates a unique phase change material that transitions into a paste-like state at elevated temperatures, effectively filling microscopic gaps between surfaces to minimise thermal resistance and keep your components running cooler. Its silicon-free composition ensures compatibility with sensitive electronics, reducing the risk of corrosion or damage.

Features

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CryoNamics Thermal Pad

Seamless Performance

Introducing Cooler Master’s thermal pads, CRYONAMICS, their latest innovation in cooling technology. Cooler Master's thermal pads have been optimally designed for a range of applications from CPUs, GPUs, and RAM to modular cooling, TVs, and cars. CRYONAMICS are constructed with a unique phase change material to provide the best possible heat dissipation. With additional features such as being silicon-free, exhibiting extremely low thermal resistance, easy application, and high reliability, CRYONAMICS represents a new high mark to hit for the industry.

Phase Change Material

A phase change material is implemented to fill in gaps in the product’s construction, thereby improving heat dissipation. When its reaching to certain degree, the material becomes paste form to moisten the surface so air is being cleared, the thermal resistance is lowered to let the heat out.

Silicon-Free

No silicon materials have been used in the manufacturing of their thermal pads which is safer for your devices.

Extremely Low Thermal Resistance

Comparing to traditional thermal pad, phase change material could fill in the gap much better between the interface, A new height of performance has been reached by achieving a hyper-low thermal resistance.

Easy-to-Apply

Cooler Master's thermal pads have been designed with users in mind, and thus implement a straightforward application method. It is recommended to stick on to your cooler’s base and then install it to your CPU or GPU.