







Applications
Available in shatterproof Acrylic & unbreakable Polycarbonate.
Ideal for warehouse, retail outlets, garages, public buildings, offices.
Polycarbonate is an excellent choice for prisons, jails, industrial applications where breakage and vandalism is high.

High quality mirrors with shatterproof acrylic lenses or impact-
Mirrors are lightweight, fade-
Lighter and brighter than glass. Each mirror individually packaged, complete with
ball swivel and adjustable chrome-
Convex Mirrors are a retail store's first line of defence against shoplifting and pilferage. Each increases aisle visibility and eliminates blind spots.
Also excellent as safety mirrors in preventing industrial intersection accidents.
Key Features:
The potential danger and liability of having treacherous glass overhead is eliminated.
Special mirroring techniques provide a 20% brighter image than glass.
Special forming techniques provide an optical image that is superior to glass.
Made from high quality Acrylic and will not discolour over time as glass frequently does.
As acrylic is much lighter than glass, it is easier to handle and install.
Less expensive and eliminates the high cost of replacing broken glass mirrors.
Convex Mirror Installation Instructions
Care, Cleaning and Drilling
|
Model Number |
Description |
Diameter |
Brackets |
Price (ex VAT) |
Add to Cart |
|
CVI- |
CONVEX ACRYLIC MIRROR - |
12” (305mm) |
Telescopic |
£23.49 (ex VAT) |
|
|
CVI- |
CONVEX ACRYLIC MIRROR - |
18” (406mm) |
Telescopic |
£36.90 (ex VAT) |
|
|
CVI- |
CONVEX ACRYLIC MIRROR - |
26” (660mm) |
Telescopic |
£62.11 (ex VAT) |
|
|
CVI- |
CONVEX ACRYLIC MIRROR - |
30” (760mm) |
Telescopic |
£79.09 (ex VAT) |
|
|
CVI- |
CONVEX ACRYLIC MIRROR - |
36” (915mm) |
Telescopic |
£99.80 (ex VAT) |
|
|
|
| ||||
|
CVI- |
POLYCARBONATE CONVEX MIRROR - |
12” (305mm) |
Telescopic |
£30.09 (ex VAT) |
|
|
CVI- |
POLYCARBONATE CONVEX MIRROR - |
18” (460mm) |
Telescopic |
£46.10 (ex VAT) |
|
|
CVI- |
POLYCARBONATE CONVEX MIRROR - |
26” (660mm) |
Telescopic |
£88.32 (ex VAT) |
|