100g Thermal Conductive Silicone Grease Compound for PC CPU GPU PS4

Product Description

Specially designed for overclocking, our HY883 thermal paste is specially developed to meet the demanding needs of the overclocking community. This paste exhibits excellent heat transfer performance and can fully exploit the capabilities of a high-performance cooling system.

Featuring a nano-particulate structure, micronized aluminum and zinc oxide are contained in the paste to interpolate slight unevenness of the heat medium, such as CPU and the heat sink, resulting in excellent thermal conductivity.

The special compound in our thermal paste does not dry at high temperatures, up to 80°C, ensuring long-lasting stability without curing. Additionally, there is no concern about shorts due to non-conductivity.

Easy to Apply

The HY883 thermal paste is easy to apply, ideal for use on computer CPU, GPU, PS4, LED, and more. With an ideal consistency, even beginners can use this paste effectively. Watch our video to learn the best application methods to avoid voids between the CPU and cooler.

Feature Highlights

• Nano particle structure for excellent thermal conductivity
• Stability with a compound that does not dry at 80°C
• Non-conductive, eliminating short-circuit risks
• High Durability

This thermal paste boasts a thermal conductivity of 1.93 W/m-k, ensuring effective dissipation of heat generated by the CPU or GPU for excellent temperature reduction performance. With low thermal resistance, it remains mushy for a long time and maintains stable performance in temperatures ranging from -30°C to 280°C.

Safety Application

Our thermal paste is metal-free and non-electrically conductive, making it safe to use with all types of heatsinks. It eliminates the risk of causing short circuits, providing added protection to CPU and VGA cards. Suitable for CPU radiators, chips, VGA, chipset, and other PC components, it offers high-temperature resistance, low thermal resistance, and high conductivity for excellent heat transfer.

product information: