RX-075 Passive Protection Mesh

The RX-075 passive protection net consists of four main parts: steel wire rope net or circular net (with an additional layer of wire mesh grille for intercepting small falling stones), a fixed system (anchor bolts, anchor ropes, bases, and support ropes), a pressure relief ring, and steel columns. The steel columns and steel wire rope net are connected to form an integrated unit, providing surface protection for the protected area, thus preventing the descent of collapsing rock and soil bodies, and serving as slope protection.
The RX-075 Passive Protection Mesh offers flexibility and interception strength sufficient to absorb and dissipate the kinetic energy of falling rocks up to 500KJ. The design and use of the energy-dissipation ring further enhance the system's impact resistance. Compared to rigid interception and concrete wall, the SNS Passive Protection Mesh alters the existing construction process, reducing both project timeline and funding.
Material: Wire rope mesh, support ropes, and pressure relief rings. Construction: Composed of four main parts - wire rope mesh or circular mesh (with an additional layer of wire mesh for intercepting small falling stones), fixed system (anchor bolts, tie-back ropes, bases, and support ropes), pressure relief rings, and steel columns.
Application: Primarily suitable for rugged mountainous areas with buffer zones adjacent to construction facilities, to拦block rocks, flying debris, avalanches, and mudslides from reaching the buildings, thereby avoiding damage to the facilities from natural disasters.
The RX-075 Passive Protection Mesh consists of four main components: wire rope mesh, annular mesh, an additional layer of wire mesh grille for intercepting small rock falls (if necessary), a fixed system (anchor bolts, tension ropes, bases, and support ropes), a pressure relief ring, and steel columns. The steel columns and wire rope mesh are connected to form an integrated unit, providing surface protection for the protected area, thereby preventing the downward fall of collapsing rock and soil bodies, and serving as a slope protection function.