Description
Stainless Steel Food Grade Wall Dome
The Unbreakable Stainless Steel Wall Dome Mirror is manufactured from highly polished Stainless Steel and is designed to give 180° vision when mounted to the wall. Ideal when strict food industry and hygiene standards are required. The Wall Dome can be used in blind corner situations to view around structures and equipment.
Features
- .9mm or 1.2mm (18 Gauge) 304 Stainless Steel mirror face
- The curve is designed to maximise the viewing area for added safety
- 7mm plain holes to take suitable wall screws (not included)
- Scratch resistant
- All parts of the mirror are flame proof
Suitable Uses
- Hygiene and Safety Environments
- Monitoring processes and machinery
- Harsh environmental and cleaning regimes
- Strict Food Hygiene Standards
- Prevent blockages and jams on a production line
Positioning
Specifications
Product Code | Size Diameter | View Distance | Mirror Face | Mirror Back | Bracket Length |
---|---|---|---|---|---|
16505 | 500mm | Up to 30m | .9mm Stainless Steel | None (7mm Plain Holes) | None |
Product Code | Size Diameter | View Distance | Mirror Face | Mirror Back | Bracket Length |
---|---|---|---|---|---|
66505 | 20" | Up to 30' | .9mm Stainless Steel | None (7mm Plain Holes) | None |
Cleaning Guide
Stainless Steel Mirror Cleaning Guide:
General Cleaning:
DuraVision™ recommend cleaning their Stainless Steel Mirrors with soap and water and then with a soft, lint free, damp cloth.
DO NOT USE:
- abrasives
- acids
Polish:
DuraVision™ does not recommend using a commercial Stainless Steel Polish, as the protective layer will leave a residue on the highly polished mirror faces. Rubbing plain white flour on a dry stainless steel mirror face with a dry cloth will polish the mirror to its original brilliance.
Graffiti Removal:
Any graffiti should be removed from the mirror face as soon as possible and preferably within 24 hours with a suitable lacquer thinners. Not all graffiti cleaning agents are suitable. Failure to use an approved cleaning agent may damage the mirror surface.