Description

Thermal pads are used on heatsinks and integrated circuits such as M.2 Solid States Passive Heatsink Coolers, Raspberry Pi Coolers, CPU Coolers & GPU Coolers to ensure heat disappation from parts running at high temperatures.

High Performance — Very Soft

 The silicon pad offers excellent thermal conductivity despite extremely low hardness.

 Minimization of Thermal Resistance

 The thinner the pad, the lower the thermal resistance. The pad with a thickness of 1 mm can easily be compressed to 0.5-0.7 mm and thus compensate for height differences between various components.

Versatile Applications

 Heat-conducting, vibration-damping, mouldable, electrically insulating — safe and easy to use. Thanks to its good compression properties, the soft heat conduction pad is particularly gentle on components and at the same time a good heat conductor. In addition to the standard format for M.2. This makes it ideal for RAMs, chipsets, and ICs of all kinds, which are used in PCs, laptops, consoles, graphics cards, and electronic devices in general. It can be cut to size with scissors to ensure a perfect fit on any IC or component.

Bridging Gaps

Thanks to their good compressibility properties, the thermal pads act as the perfect gap filler and bridge uneven surface and air gaps without stressing sensitive and protruding components.

 Specifications

• Color: Blue
• Thermal Conductivity : 1.5 – 2 W/mk
• Product Material : Heatsink Silicone
• Continuous Use Temperature: -20~200 °C
• Flammability Rating: UL 94 V-0

The M.2 Heatsink with Thermal Pad kit is designed to ensure efficient heat dissipation, thereby optimizing the performance of your M.2 drives and extending their longevity. Due to the low-profile design it will fit into most laptops with the space/clearance provided for m.2 drives. This may differ from one manufacturer to the other but have been tested with a few Dell/Asus Laptops.

The highest temperature of a M.2 SSD is the main control chip. The heatsink is a cost-effective passive cooling method that effectively reduces the temperature of the main control chip to maintain operating performance and also extends the life of the M.2 NVMe or SATA SSD. The thermal pad is placed between M.2 SSD and the heatsink body and conducts heat from M.2 SSD to the heatsink.

NOTE!!! This is a M.2 Solid State Drive Heatsink with Thermal Pad and Rubbers ONLY. No M.2 Drive is included, Pictures are for illustration of usage only.

Superior Cooling:

The heatsink and thermal pad is designed to efficiently dissipate heat from your M.2 drives, improving their performance and lifespan, 5 – 20°C Cooler running temps, If the NVMe or SATA SSD temperature rises to >45 degrees, please use this heat sink. The higher the temperature, the better the cooling result will be since heat will faster dissipate to heatsink from the M.2 drive.

Perfect Fit:

Designed specifically for 2280 M.2 drives. The dimensions of the thermal pad is 70mm X 22mm X 1mm and the and heatsink is 70mm X 22mm X 3mm.

Versatile Use:

Ideal for use with motherboards lacking built-in M.2 heatsinks, especially those located on the rear of the motherboard.

Easy Installation:

Please ensure to peel off the protective plastic on both sides of the thermal pads before use

IMPORTANT: This heatsink is not designed for laptops, so please check the size / height to see if it will fit before ordering. If the M.2 Slot is located underneath your graphics Card PCI Express Slot on your motherboard this 3mm heatsink will work in most cases.

What’s in the box:

• 1 x 2280 SSD Heatsink,
• 1 x Silicone Thermal Pad
• 3 x Rubber Rings