JLJ Thermal Pad, Thermalright Silicone Thermal Pads 80x40x1mm, High Temperature Resistance and Non Conductive for Laptop Heatsink/GPU/CPU/LED Cooler (1MM)

Product Description

Thermal pad is a highly thermally conductive material that exhibits low thermal resistance and high deformation under low pressure, and has good gap filling properties.

While filling gaps of different sizes, it generates very weak rebound stress, minimizing the impact on precision electronic devices. Also has self-adhesive properties for easy assembly.

Step1

Wipe the CPU surface to remove rust and dusk and keep the contact surface with the heatsink clean.

Step2

Peel off the film on the back of the thermal pad and place it flat on the CPU.

Step3

Gently peel off the film without touching the surface.

Step4

Install the radiator and give the radiator a certain amount of downward pressure to avoid air bubbles that can affect the thermal conductivity of the product.

Improved Packaging: The latest optimized design of the carton packaging can better preserve the heat-conducting pad, not easy to break, and enhance your experience of using it. It is also a very good way to preserve when not used up.
Excellent Performance: Temperature: -50-200° , High-performance conductive materials greatly improve the heat transfer between electronic components and effectively reduce the temperature within seconds.
Easy to Use: Thermal pad can be cut freely according to your needs, the soft material is easy to cut into any shape, both sides are sticky can perfectly fill the gap of the contact surface, it is a good helper for beginners and professionals.
Widly Applications: Suitable for control boards, electronics, CPUs, GPUs, heat sinks, power LEDs, automotive machinery, computer mainframes, laptops, DVDs, VCDs, LIDs, set-top boxes and any cooling modules.
Durable and Reliable: Low thermal resistance, high voltage insulation, non-toxic, odorless, corrosion resistant, abrasion resistant, anti-static, flame retardant, contact with any electrical traces will not cause any kind of damage.