Improve visibility and safety around blind spots with this wide angle security mirror featuring a 130° viewing angle. Ideal for monitoring entrances, corridors and junctions where clear sightlines are essential.
Available in a range of reflector diameters and viewing distances, this mirror helps reduce collisions, deter theft and enhance general site security in a cost-effective way.
Product Features
- 130° wide angle view for excellent coverage of blind spots and hidden areas
- Multiple reflector diameters to suit different distances and spaces
- Designed for indoor or sheltered use in commercial and industrial environments
- Improves safety at crossings, junctions and busy traffic routes
- Helps staff monitor access points, aisles and stock areas
- Cost-effective way to enhance surveillance alongside existing systems
Key Specifications
| Reflector diameter (mm) | Recommended viewing distance (m) |
|---|---|
| 300 | 4 |
| 400 | 6 |
| 500 | 9 |
| 600 | 12 |
Applications
- Improving visibility at warehouse and factory junctions
- Monitoring entrances, reception areas and corridors
- Enhancing surveillance in retail aisles and stockrooms
- Increasing safety in car parks and loading bays
- General site safety in schools, hospitals and public buildings
Frequently Asked Questions
How do I choose the correct size of security mirror?
Select the mirror by matching the reflector diameter to the recommended viewing distance in the specifications table. Larger diameters are suitable for longer viewing distances and wider areas.
Where should this mirror be installed for best visibility?
Position the mirror so that it covers the blind spot or junction you need to monitor, typically above head height and angled towards the area of concern. Ensure it is mounted securely on a stable surface.
Can this mirror be used both indoors and outdoors?
The mirror is suitable for indoor use and for sheltered outdoor locations. In exposed external areas, ensure it is protected from severe weather and mounted with appropriate fixings for the surface.