NANO + GANG BOXES
Non-Modular Gang Boxes are used to encase electrical components such as switches, sockets, dimmers, etc. The main purpose of a gang box is to provide the framework for distributing the main power supply across various devices and appliances. The idea is that you can “gang” up electrical components in the box, hence the name.
NANO+ GANG BOXES
EXCEPTIONAL FEATURES
Widest Range
Pressfit has the widest range of Wiring Devices and Electrical Enclosures in the marketplace. We give the customers more options to choose from and meet their requirements.
Elegant Designs
With better and more elegant designs, Pressfit’s Wiring Devices and Electrical Enclosures look better and are more pleasing to the eye.
Adaptability
Our Non-Modular Gang Boxes have the provision of breaking sides, making them flexible and adaptable to be used with switches and sockets as desired.
Easy to Install
By understanding the needs and wants of consumers, we have created a wide range of user-friendly gang boxes. You can easily install them in minutes without much effort.
Durable
Our products are reliable and more durable. Made using superior raw materials, Pressfit’s Gang Boxes have higher impact strength and can sustain harsher environments.
APPLICATION OF ELECTRICAL GANG BOXES
Gang Boxes are one of the most commonly used devices for making household power connections. A gang box houses switches, sockets, and other devices used to operate various electrical appliances.
Gang Boxes are made using insulating plastic materials that safely act as a barrier between the internal live wires or connections and the users. By enclosing the wires and terminals, they also reduce the amount of dust that settles on them – ensuring a trouble-free use for a longer time.
Many hobbyists and electricians use gang boxes to make inexpensive DIY extension cords. You can find several videos and articles on the internet explaining how to create them. It gives them the flexibility to create customizable extension cords according to their specific application requirements.