Traditional indoor fiber cables often look bulky and ruin interior decoration. For finished houses with wallpaper, painted walls and customized cabinetry, drilling holes or digging wall grooves will cause irreversible damage to home decoration.
The invisible adhesive fiber cable changes home FTTH installation by offering ultra-thin structure with self-adhesive backing. Installers can stick this flat fiber cable directly onto walls, door frames or window edges without drilling holes. It becomes nearly invisible after installation, making it perfect for finished apartments and renovated houses.
Home users no longer need to worry about ugly exposed cables affecting interior aesthetics, and installers can cut down construction time significantly.
Benefits of Self-Adhesive Invisible Fiber Cable
The biggest strength of invisible adhesive fiber cable is simple, non-destructive installation. No wall drilling reduces customer complaints and shortens on-site working hours. The cable uses G657A2 fiber core, retaining good bend resistance and stable optical performance. The white flat outer sheath blends into most wall colors. Its ultra-thin flat structure also reduces the risk of accidental pulling when residents clean walls or move furniture. For property management companies, this wiring method avoids damage claims from apartment owners during broadband upgrading.
Things to Note When Laying Invisible Adhesive Fiber
Clean the wall surface thoroughly before pasting the invisible adhesive fiber cable. Remove dust, grease and peeling paint on the wall to guarantee stable adhesion. Avoid applying on damp, peeling or oily walls. Leave proper cable slack at both ends for fiber termination, and do not bend the cable beyond its minimum bending radius. Do not stretch the cable hard during pasting, which may damage the internal optical fiber core.
If your FTTH project involves finished residential buildings, invisible adhesive fiber cable can greatly improve installation experience and customer satisfaction. Get our datasheet for detailed mechanical and optical parameters.