Lightweight Laptop Cooling Pad Brackets Better Heat Dissipation for Gaming and Designs Enthusiasts for 17.3in Laptop

Lightweight Laptop Cooling Pad Brackets Better Heat Dissipation For Gaming And Designs Enthusiasts For 17.3in Laptop

Features:
Experience cooling performances with our Laptop Fan Coolers Stand, featuring advanced noise reductions technology for a peaceful work environment.
Crafted from ABS and metal, this cooling pad offer 3 adjustable speed setting, double USB port, and antislip pad for enhances stability and durability.
Suitable for users who use high performances laptops that generate more heat and require better cooling support.
Whether home, offices, gaming competitions, or presentation meetings, this stand can be place on a desk to provide excellent heat dissipation, increasing user comfort and work efficiency
for gamers and designers who run large games or graphics processing software for extended periods, ensuring stable laptop performances and overheating issue.

Specifications:
Component:ABS+Metal
Color:Black
Size:Approx.40x29x3cm/15.75×11.42×1.18inch
Power:DC5V 25W
Speed:1100RPM±10%
Air volumes:13CFM

Package Includes:
1pc Laptop Cooling Pad

Note:
Please allow 1mm errors due to manual measurement.
Due to the differences between different monitors, the picture may not reflect the actual item color.
Experience cooling performances with our Laptop Fan Coolers Stand, featuring advanced noise reductions technology for a peaceful work environment.
Crafted from ABS and metal, this cooling pad offer 3 adjustable speed setting, double USB port, and antislip pad for enhances stability and durability.
for gamers and designers who run large games or graphics processing software for extended periods, ensuring stable laptop performances and overheating issue.
Whether home, offices, gaming competitions, or presentation meetings, this stand can be place on a desk to provide excellent heat dissipation, increasing user comfort and work efficiency.
Suitable for users who use high performances laptops that generate more heat and require better cooling support.