Dark interior accents, "Loft" style, and industrial minimalism currently dominate the design world. Black switches and sockets are the perfect way to give a room an expensive and sophisticated character, especially against a background of concrete, wood, or darkly painted walls. But the biggest pain with black glossy plastic is that it instantly becomes a "fingerprint magnet" and scratches quickly. The VIDEX black flush-mounted series leaves these cheap problems in the past, offering an exclusive, deeply matte (Anti-Fingerprint) finish combined with brutal internal engineering.
Make no compromises in design or safety. Complete your matte black sockets, TV outlets, and two-way switches in a unified system! Find your design here!
A: The mechanically structured matte polymer diffuses light and prevents grease or fingerprints from sticking to contact surfaces. Unlike glossy plastic, this surface requires no polishing and maintains an absolutely clean appearance under intensive daily use.
A: The black pigment is molecularly fused into the high-density polycarbonate structure and supplemented with UV-blocking additives. This engineeringly eliminates color fading or spotting even in rooms with direct and continuous sunlight.
A: The matte black (RAL 9005) finish serves a spatial design function, creating a sharp contrast against light walls, wood finishes, or concrete backgrounds. This approach integrates sockets and switches into industrial or minimalist interiors, eliminating the visual cheapness effect.
A: The mounting depth and 71 mm center distance are 100% standardized, allowing VIDEX devices to be inserted into classic Ø 60-68 mm boxes. This guarantees a quick and economical renovation of the room's installation, preserving existing cables and wall holes.
A: The cores are manufactured from self-extinguishing (Class V-0) polycarbonate, which strictly complies with EN 60669-1 fire safety standards. This means the material withstands short-circuit-induced heating up to 850°C (Glow Wire Test) without supporting room combustion.