Convex Mirror 450mm Diameter
450mm Diameter Acrylic Indoor Convex Mirrors
Indoor Standard Convex Mirrors
This very versatile mirror will adjust to any angle to allow optimal line of sight. The Standard Acrylic can be positioned to view machinery or to see around corners and partitions in corridors and hallways. It is also ideal in warehouses, hospitals or any other interior situation where blind spots are present.

Features
acrylic mirror face
Pure reflective coating
ACM (Aluminium Composite Material) or vinyl back
Vinyl extrusion
Includes J-Bracket to fix to wall or ceiling (Mounting screws Not included).
Suitable Uses
Retail and Store Security
Office Security
Light Industrial Safety
Hospitals and Schools
Visitor Detection
Other Indoor Observation Uses
Positioning

Combined Distance: From the site you intend to install the mirror, judge the distance in metres to the viewer and to the
area to be observed. Add the two distances together for the total combined distance and use the above chart as a guide.
NOTE: The size of the mirror required depends on the combined distance and the detail required in the reflected area.
THE GOLDEN RULE: THE LARGER THE MIRROR - THE LARGER THE REFLECTED IMAGE
Indoor Standard Convex Mirrors
This very versatile mirror will adjust to any angle to allow optimal line of sight. The Standard Acrylic can be positioned to view machinery or to see around corners and partitions in corridors and hallways. It is also ideal in warehouses, hospitals or any other interior situation where blind spots are present.

Features
acrylic mirror face
Pure reflective coating
ACM (Aluminium Composite Material) or vinyl back
Vinyl extrusion
Includes J-Bracket to fix to wall or ceiling (Mounting screws Not included).
Suitable Uses
Retail and Store Security
Office Security
Light Industrial Safety
Hospitals and Schools
Visitor Detection
Other Indoor Observation Uses
Positioning

Combined Distance: From the site you intend to install the mirror, judge the distance in metres to the viewer and to the
area to be observed. Add the two distances together for the total combined distance and use the above chart as a guide.
NOTE: The size of the mirror required depends on the combined distance and the detail required in the reflected area.
THE GOLDEN RULE: THE LARGER THE MIRROR - THE LARGER THE REFLECTED IMAGE






