Wire Mesh Guards prevent impact damage to exit and security lights,scoreboards, speakers, cameras, and any expensive equipment.
Wire Mesh Guards
The 304 stainless steel wire mesh Guards is an external anti-collision protective accessory specially designed for fire evacuation indicator lights and safety exit signs. It is integrally welded from 304 austenitic stainless steel wire. As an upgraded substitute for ordinary spray-painted iron mesh covers and 201 stainless steel guards, it features excellent rust resistance, corrosion resistance and high impact resistance. Widely used in harsh environments with high humidity, heavy moisture, excessive dust and frequent wear and tear, it protects the PC transparent lampshade of the light fixtures from cracking caused by forklift collisions, cargo knocks and accidental kicks. It ensures the long-term stable operation of fire indication equipment and facilitates smooth passing of fire safety inspections. Wire Mesh Guards prevent impact damage to exit and security lights, scoreboards, speakers, cameras, and any expensive equipment.
Wire mesh Guard Made from 6-gauge or 7-Gauge heavy-duty wire and easily surface-mounted right over your existing equipment.
Mounting brackets are included for easy installation.
These Wire mesh guards can be mounted vertically or horizontally to fit your application.
Designs are pre-notched to fit over your existing conduit.
Main Specifications and Parameters
1. Standard universal dimensions: 360×175 mm, 405×175 mm, 420×220 mm with a thickness of 35~40 mm, The wire diameters 5.0-4.0mm .compatible with standard fire evacuation indicator lights.
2. Common wire diameters: 3.0 mm (standard version), 4.0 mm (heavy-duty industrial anti-collision version).
3. Surface finishing: Natural brushed polishing (the mainstream option); mirror polishing is available as an alternative.
4. Types: Single-sided protective mesh covers, special mesh covers for double-sided suspended lights, protective mesh covers for low-level ground marker lights.
Recommended Application Scenarios
1. High-humidity environments: Underground parking lots, civil air defense basements, water supply and drainage corridors, underground equipment rooms.
2. High-wear industrial areas: Logistics warehouses, production workshops, forklift passageways, loading and unloading zones in factories.
3. High-cleanliness / high-standard locations: Hospitals, food processing plants, passageways around swimming pools.
4. Semi-outdoor spaces: Outdoor connecting corridors, rainproof walkways in industrial parks, open-air staircases.
5. Projects with strict fire inspection requirements: Commercial complexes, large parking garages, renovation projects of large industrial parks.
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