High-Efficiency 21W/M.K Thermal Pad for GPU/CPU

$4.99 – $27.99

Select all dropdowns; availability & prices will appear, except if no variations exist.

Color
Size	Clear

Ask a Question

10 People viewing this product right now!

Guaranteed Safe Checkout

Description

High-Efficiency 21W/M.K Thermal Pad for GPU/CPU

Feature:

Exhibits strong plasticity and is available in various sizes; can be easily cut to fit specific needs.
Characterized by durability, insulation, and non-conductivity. It is non-corrosive, does not cure, and is non-toxic.
User-friendly: no need for silicone grease. Simply remove the protective film on both sides to use.
Versatile applications: suitable for heating elements such as CPUs, GPUs, graphics cards, memory modules, mining machines, SSDs, laptops, gaming devices, LEDs, servers, household appliances, radiators, capacitors, and resistors.

Specification:

Color: Gray
Density: 3.5±0.2 g/cc
Hardness: 30-50sc
Thermal Conductivity: 16w/mk
Breakdown Voltage: 10KV/mm
Corrosiveness: None
Product Size: Approximately 100*100mm
Thermal Pad Thickness Options: Approximately 0.5mm/0.02inch, 1.0mm/0.04inch, 1.5mm/0.06 inch, 2.0mm/0.08inch, 2.5mm/0.1 inch, 3.0mm/0.12 inch (optional)

Instructions for Use:

Installing the Thermal Pad: Installation is straightforward, making it suitable even for novices. Thermal pads fit easily in various heat dissipation-required areas.
Removing the Old Thermal Pad: Necessary each time the radiator is removed or installed. Old thermal pads should be removed and the area cleaned thoroughly before applying a new pad to ensure optimal cooling.
Thermal Pad Size and Thickness: Thermal conductivity remains consistent across all thicknesses. Pads are available in various thicknesses and sizes and can be cut to the desired size.

Note:

The actual color of the item may slightly differ from the pictures due to variations in monitor and lighting effects.
Please allow for a 1-2cm deviation in measurements due to manual measurement.

FAQ:

How to Choose the Right Size for Your Thermal Pad

Measuring the Cooling Area: Begin by determining the size of each area that requires cooling. This involves measuring the dimensions of the space where the thermal pad will be applied.
Calculating Thermal Pad Thickness: Next, calculate the necessary thickness of the thermal pad. This depends on the gap between the boards where the pad will be placed.
Accounting for Compression: Since thermal pads are soft, add an extra 0.5-1.0mm to your thickness calculation. This adjustment ensures a snug fit and optimal compression during installation, leading to better heat dissipation.
Layering for Insufficient Thickness: If the thermal pad you have is too thin, you can layer multiple pads. This method is useful when a single pad does not meet the required thickness.
Ensuring Proper Fit: For the best heat dissipation, it’s crucial that both sides of the thermal pad fit closely against the surfaces without being overly compressed or crushed.

Remember, the effectiveness of a thermal pad largely depends on its proper sizing and installation. Make sure to follow these guidelines for optimal performance.

Additional information

Weight	0.050 lbs
Dimensions	15 × 10 × 5 in
Brand Name	UPSIREN
Type	Thermal Pad
Model Number	OEM Thermal Pad
Feature 1	nvme thermal pad
Feature 2	thermal pad
Feature 3	thermal pad gpu cpu
Feature 4	anti thermal