Blaze High Conductive Extension Socket

The Blaze Smart Extension Socket 4 SKT, 2 Pin, 3 Yard, 2 USB Ports is a handy tool for everybody who needs to plug in more than one appliance at the same time. With four sockets and 2 USB ports, this socket provides the added advantage of charging your gadgets right from the extension. Its copper cable also offers good conductivity, which is essential for the proper transfer of power at an optimum equal to or better than the original. The safety of the outlet is boosted by the overload protector, which can trip the power supply if the socket is loaded with much current. Blaze Silver. Contact Switch Extension Prices in Bangladesh are pleasant for people who belong to Bangladesh and want to buy an affordable one.

Durable Products Made of Fine Materials

This unit has a long-lasting and reliable silver contact switch, which is a durable part of the Blaze Smart Extension Socket. This change, coupled with high-conductive copper alloy connectors, makes for a very efficient transfer of power to your devices. The first switch controls the USB port charging function, allowing you to control your charging requirements easily. It has a maximum power consumption of 1500 watts, and it can quickly deal with most household and office appliances. The Blaze Copper Cable Extension Price in Bangladesh also shows how this socket has utilized quality material that puts it in a class of its own.

Ideal for Everyday Use

The Blaze High Conductive Extension Socket is just as efficient when used at home or the workplace. The 3-yard cable length gives you enough flexibility to place the socket wherever you find it reasonable for the particular gadget. Further, the USB ports are supplied with fast charging, with the output of 5V DC and 2.4A for both USB ports. Blaze is vital to be competitive with other products. Hence, the Blaze Silver Contact Switch Extension Price in BD is quite reasonable. This intelligent socket is one of the best predictions of functionality and reliability that can meet your power requirements.