Long Extension Cord 15 ft, Wall Mount Power Strip Flat Plug with 3 Outlets 2 USB, Ultra Thin Flat Extension Cord Under Carpet, Rug, Door, Overload Protection for Home Office Indoor, White

[Low Profile Extension Cord Flat Plug] The FLAT CORD is thin enough to run along the wall, floor or under the carpet, laying flat without causing a bulge. No more worry about damaging the cables when you step on the carpet, and it makes sweeping and mopping easier. The FLAT PLUG is designed for tight spaces like behind furniture, bookshelves, desks, wall-mounted TV, or anything close to the wall that does not allow you to use the standard outlet. A true space saver! [15 FT Extension Cord Power Strip] The extra long extension cord 15ft gives you flexibility to reach distant outlets and hard to reach places.

A perfect solution for when power outlets are not conveniently located nearby. Comes with a cable tie for easy organization. If your drywall is white, this soft white extension cord can be seamlessly blended with your wall. A brilliant way to hide all those ugly wires! [3 Outlet Extension Cord with USB Ports] This long cord power strip with 3 AC outlets and 2 smart USB ports can charge up to 5 devices simultaneously. One wide spaced AC outlet can accommodate slightly larger power adapters without blocking adjacent outlets. Whether as a desktop power strip or a nightstand USB charging station, it can be competent, and cleans up all the cord chaos.

[Mountable Design] The two mounting holes allow this mountable power strip to be securely installed in various applications, such as wall, nightstand or under desk, no more running messy tangled wires down to the floor outlet. The slim power strip fits nicely on your desk, nightstand or dresser at home, and cleans up all the cord chaos. [Built-in Full-Round Protection] The 15ft power strip with USB is made of high strength fire-resistance ABS+PC shell, making it fireproof up to 1382 F. The reliable overload switch will trip off automatically to protect your devices and your home when the power overloads