2019 China New Design Barricade Mesh - Anti-drop wire rope net – Gepair

Gepair tensile mesh, explore a wide range of dropped object prevention solutions, safety barrier, safety net, safety pouch, anti-theft mesh bag… etc. Drop safety net combines safety, beauty and practicality to represent the latest concept of security. Stainless steel wire rope mesh is a professional safety nets, using 304/316 stainless steel cables, hand-woven, widely used in various sites protective, such as: stadium, sports, stair, bridge, road fence, plant climbing, decoration, etc.

Advantages of stainless steel anti-fall rope net
●Effectively prevent people from climbing and prevent accidental fall.
●The wire rope net is both elastic and tough, preventing accidental damage to personnel.
●Easy to install, quick to assemble, and flexible in shape.
●Light weight does not place an additional burden on the building.
●Translucent perspective, invisible 30 meters away, has no effect on the architectural beauty and urban landscape.
●Plants can climb, resist corrosion, rust, have a long service life, are free of maintenance, and last as new.

Stainless steel anti-fall rope net specifications
As the material is high-quality corrosion-resistant stainless wire rope, it is also advocated for the deck and anchorage components, particularly in the case of structures built in marine and polluted atmospheres.
Material: SUS302, 304, 316, 316L
Wire diameter: 1.0mm-3.0mm
Structure:7*7,7*19
Mesh Opening Size:1″*1″,2″*2″,3″*3″,4″*4″
Weaving Types: Handwoven, Open type buckle, Closed type buckle.
Size: customized

Stainless steel anti-drop net, fall security mesh net, for bridge protection cable mesh net is usually used on both sides of the bridge, it is commonly used in protection components – handrails and guardrails as well as in the stays of suspension bridges, cables and tie-rods, to avoid persons and cars falling into the water, as a permanent fall-prevention feature for bridges, cable mesh provides the perfect blend of security, safety and elegance, with the system’s strong yet delicate structure making it inconspicuous yet highly effective.