Laptop Memory Heat Sink Pure Copper Cooling Sticker DDR4/DDR5 Ultra-Thin Heatsink Pad for M2 2280 Memory Card Copper Cooling Sheet M2 Heatsink NVME Heat Sink for M2 2280 Thermal Conductivity Cooling

Price: $4.10
(as of Jun 03, 2024 06:55:51 UTC – Details)

Laptop Memory Heat Sink Pure Copper Cooling Sticker DDR4/DDR5 Ultra-Thin Heatsink Pad for M2 2280 Memory Card Copper Cooling Sheet M2 Heatsink NVME Heat Sink for M2 2280 Thermal Conductivity Cooling Pad
Features:
is the most efficient heat conductors in the world，Its thermal conductivity can reach 5300W/m-K, copper only 386.4W/m·K and aluminum only 237 2W/m·K.
Professional Copper radiator and anoxdic oxidation treatments better heat dissipation performances.
The thermal pads can use to fill themaster chip and memory chips height and increase the cooling effect.
The thin radiator is designed for the notebook and some small space heat dissipation.
Easy and convenient for us to install and remove.
Heatsink only, other accessories demo in the picture is not included!

Specifications:
Item Type: Heatsink
Pure Copper,
Size: approx 67x26mm/2.64×1.02in
Color: As picture

Package Includes:
1Setx Heatsink Pad

Note:
No retail package.
Transition: 1cm=10mm=0.39inch
Please allow 0-1cm error due to manual measurement. pls make sure you do not mind before you bid.
Due to the difference between different monitors, the picture may not reflect the actual color of the item. Thank you!
Date First Available ‏ : ‎ May 13, 2024
Manufacturer ‏ : ‎ Osdhezcn
ASIN ‏ : ‎ B0D41RLGFQ
Country of Origin ‏ : ‎ China

is the most efficient heat conductors in the world，Its thermal conductivity can reach 5300W/m-K, copper only 386.4W/m·K and aluminum only 237 2W/m·K.
Heatsink only, other accessories demo in the picture is not included!
Professional Copper radiator and anoxdic oxidation treatments better heat dissipation performances.
The thermal pads can use to fill themaster chip and memory chips height and increase the cooling effect.
The thin radiator is designed for the notebook and some small space heat dissipation.