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What are the materials, specifications and characteristics of the passive slope protection net?


Introduction of Passive Slope Protection Net: Passive p […]

Introduction of Passive Slope Protection Net: Passive protection is made up of steel wire rope net, ring net, (a layer of wire grille is added when small rocks need to be intercepted), fixed system (anchor rod, anchor rope, base and support rope) The ring and the steel column consist of four main parts. The steel column and the steel wire rope net are connected and combined to form a whole, forming a surface protection for the protected area, thereby preventing the falling of the collapsed rock and soil, and playing a role in slope protection.
Passive slope protection net material: steel wire rope net, support rope and decompression ring.
Passive slope protection net structure: made of steel wire rope net or ring net (add a layer of wire grid when a small piece of falling rock needs to be intercepted), fixing system (anchor rod, anchor rope, foundation and support rope), decompression ring and steel The column consists of four main parts.
Passive slope protection net product characteristics: the flexibility and interception strength of the system are sufficient to absorb and disperse the expected kinetic energy of falling rock impact, and the design and use of energy dissipation rings further improve the impact resistance of the system. With rigid interception and mortar retaining walls In comparison, the original construction technology is changed, which reduces the construction period and funds.
Passive slope protection net product use: common specifications [steel column (spacing 10M), double support rope with energy dissipating ring and "her"-shaped pull-up anchor rope (6 energy dissipation rings per span), side pull anchor rope ( Single rope), /08/200/4*5㎡ steel wire rope net, suture rope, grid net.
Annular protective net product characteristics: a net formed by connecting several steel wires into a ring. Its function is to intercept falling rocks and the protection energy is generally 150kj-2000kj.