BG FMW22W Flatplate Screwless Double Socket 13A – Matt White + White Insert

BG FMW22W Flatplate Screwless Double Socket 13A – Matt White with White Insert

The BG FMW22W Flatplate Screwless Double Switched Socket combines clean modern styling with reliable everyday performance. Finished in premium Matt White with a matching white insert, this 13A double socket features a sleek screwless flat plate that clips on and off easily for a seamless, flush wall finish.

Designed for quick and professional installation, the socket includes angled colour-coded in-line terminals, backed-out captive screws and twin earth terminals as standard. Its compatibility with a minimum 25mm mounting box makes it an ideal retrofit replacement for existing double sockets.

Key Features

• 13A double switched socket outlet
• Premium matt white finish with white insert
• Screwless flat plate design for a sleek modern appearance
• Clip-on front plate makes decorating and maintenance easier
• Angled colour-coded in-line terminals for quick installation
• Twin earth terminals fitted as standard for high-integrity circuits
• Captive screws help prevent screw loss during installation
• No visible plastic around the switches for a premium finish
• Moisture control gasket helps prevent tarnishing from new plaster
• Suitable for retrofit and new-build installations

Technical Specifications

• Product Code: FMW22W
• Brand: BG Electrical
• Range: Flatplate Screwless
• Product Type: Double Switched Socket
• Current Rating: 13A
• Socket Type: Double Switched
• Finish: Matt White
• Insert Colour: White
• Earth Terminals: Twin Earth
• Minimum Mounting Box Depth: 25mm
• Terminal Type: Angled Colour-Coded In-Line
• Front Plate Style: Screwless Flat Plate

Applications

The BG FMW22W double switched socket is ideal for homes, apartments, offices, hotels and commercial interiors where a stylish and dependable power outlet is required. Its matt white finish provides a clean, minimalist look that complements contemporary décor while delivering safe and reliable power access.