
AICA Bathroom Wet Wall Cladding Shower Large Aluminum Wall Panel 2 pcs
by AICA
Save 14%
Original price
£176.00
Original price
£176.00
-
Original price
£190.00
Original price
£176.00
Current price
£150.00
£150.00
-
£184.00
Current price
£150.00
SKU ACP80-BM+ACP80-BM+ACP-21B
Availability:
Only 3 left!
Availability:
Only 3 left!
Availability:
Only 3 left!
Availability:
Only 3 left!
Availability:
Only 3 left!
Availability:
Only 3 left!
Availability:
Only 3 left!
Availability:
Only 3 left!
Availability:
Only 3 left!
Availability:
Only 3 left!
SHOWER WALL PANEL
- Wall panels of 400/800/900/1000/1200mm optional
- Corner shower panel - size 2100mm and thickness 3mm - for shower wall made of high quality aluminum for indoor use
- Shower wall panel packaging content: 2 shower panels ( color: black )+2 decorative profiles ( color: black )+1 corner profile+2 double-sided adhesives.
- An angular profile and two matt white aluminium profiles connected to both sides make the panel look more complete and elegant.
- Scratch resistant. The high-quality surface is extremely robust, resists daily use and maintains its finish even after years of use.
- The shower panel can be placed on existing tiles or glued directly to the raw wall. The installation takes place without joints, which greatly facilitates the application.
- Designed to protect the walls of the bathroom from any splashes of water but also from any infiltration of moisture
- If you want to renovate the walls of the bathroom without going to carry out large works of masons, you can give a new look by placing the panels directly on the tiles.
- The panels useful to be used in renovations or for a new building, remaining a very economical choice because it reduces the processing for the realization of the cladding.
- It remains a hygienic choice, easy to maintain and clean, as it eliminates tile joints thus reducing spaces where bacteria can proliferate.