Passive Rockfall Barrier Fence / Spider Shaped Spiral Rockfall Net
Product description
Passive rockfall barrier system is installed bottom of the mountain
or slope to reduce and block the rockfalls and stones. When the
stones, rocks, snows are falling down the mountain or slopes, the
passive rockfall barrier system can reduce the impact of the
rockfalls and protect the people and properties' safety.
Main types of passive rockfall barrier systems are including steel
wire rope net and steel ring net.
Steel wire rope net. steel wire rope net can not only used for
active rockfall barrier system, but also the passive rockfall
barrier system. It is mainly composed of steel wire rope net,
decompression rings, supporting rope, sewing rope and steel column.
It has high tensile strength and can block the rockfalls within 750
kJ.
Steel wire ring net. Steel ring net is made of high quality hot
dipped galvanized wire into circles. Different circle quantity have
different block capacity. The steel ring net can block the
rockfalls within 2000 kJ. Steel ring net system is commonly made of
steel ring net, supporting rope, anchor rope, sewing rope and metal
column.
Main Components: The spider shaped rock protection system consists
of the spiral rope net, nails and anchors, spike plates as standard
anchorage, border and temporary ropes and net connection elements.
| Commonly specifications of rockfall barrier system |
| Item | Net size | Supporting rope | Upper anchor rope | Anchor rope | Sewing rope | Loading capacity |
| RX-025 | Wire diameter: 8 mm.
Mesh size: 250 mm × 250 mm | 12 mm double steel wire rope.
Each spacer has 3 decompression rings | 16 mm single steel wire rope.
1 decompression ring | 12 mm single steel wire rope | 8 mm | ≤ 250 kJ |
| RX-050 | Wire diameter: 8 mm. Mesh size: 200 mm × 200 mm | 16 mm double steel wire rope.
Each spacer has 6 decompression rings | 14 mm single steel wire rope.
1 decompression ring | 16 mm single steel wire rope | 8 mm | ≤ 500 kJ |
| RX-075 | Wire diameter: 8 mm.
Mesh size: 150 mm × 150 mm | 18 mm double steel wire rope.
Each spacer has 10 decompression rings | 18 mm single steel wire rope.
2 decompression ring | 18 mm single steel wire rope | 8 mm | ≤ 750 kJ |
| RXI-025 | Circle quantity: 5.
Wire diameter: 3 mm.
Circle diameter: 300 mm. | 18 mm single steel wire rope | 16 mm single steel wire rope | 16 mm single steel wire rope | 8 mm | ≤ 250 kJ |
| RXI-050 | Circle quantity: 7.
Wire diameter: 3 mm.
Circle diameter: 300 mm. | 22 mm single steel wire rope | 18 mm single steel wire rope | 18 mm single steel wire rope | 8 mm | ≤ 500 kJ |
| RXI-075 | Circle quantity: 5.
Wire diameter: 3 mm.
Circle diameter: 300 mm | 16 mm double steel wire rope.
Each spacer and each metal column has 1 decompression rings.
Total is 6 decompression ring | 14 mm single steel wire rope.
1 decompression ring | 14 mm single steel wire rope | 8 mm | ≤ 750 kJ |
| RXI-100 | Circle quantity: 9.
Wire diameter: 3 mm.
Circle diameter: 300 mm. | 18 mm double steel wire rope.
Each spacer and each metal column has 1 decompression rings.
Total is 6 decompression ring | 16 mm single steel wire rope.
1 decompression ring | 16 mm single steel wire rope | 12 mm | ≤ 1000 kJ |
| RXI-150 | Circle quantity: 12.
Wire diameter: 3 mm.
Circle diameter: 300 mm. | 22 mm double steel wire rope.
Each spacer and each metal column has 1 decompression rings.
Total is 6 decompression ring. | 18 mm single steel wire rope.
1 decompression ring | 18 mm single steel wire rope | 12 mm | ≤ 1500 kJ |
| RXI-200 | Circle quantity: 19.
Wire diameter: 3 mm.
Circle diameter: 300 mm. | 18 mm double steel wire rope.
Each spacer and each metal column has 1/2 decompression rings.
Total is 8 decompression ring. | 18 mm single steel wire rope.
1 decompression ring | 18 mm single steel wire rope | 14 mm | ≤ 2000 kJ |
Slope protection mesh features:
High strength.
Short installation period
Less weight, easy to transport
Good ventilation
Excellent corrosion resistance
Easy maintenance
Applications:
Rockfall Net method stabilizes unstable slope surface using the
combination of rock bolts and wire ropes. By tightening wire ropes,
it is possible to hold back the loosened slope ground so that small
scale surface sliding will be prevented.
