Active Slope Protection Mesh is an advanced rock restraint system made from flexible high-tensile steel wire mesh. It is actively installed on slopes using rock bolts and tensioning systems to prevent rockfall by maintaining the integrity of the rock face structure, providing superior protection for infrastructure and personnel safety.
Unlike passive protection systems that catch falling rocks, Active Slope Protection Mesh works proactively by restraining loose rock masses directly on the slope surface. This high-tensile mesh system is used in conjunction with rock bolts, plates, and tensioning cables to stabilize potentially unstable rock formations before they can fall.
The system is particularly beneficial where constraints at the toe of the rock face, such as roads, railways, or buildings, make rockfall accumulation unacceptable. By preventing rockfall rather than just containing it, active systems provide superior long-term protection and reduced maintenance requirements.
Restrains unstable rock masses before failure occurs
Superior wire rope construction for maximum durability
Ideal for protecting roads, railways, and buildings
Reduced maintenance with sustained performance
| Type | Mesh Type | Structure Configure | Function |
|---|---|---|---|
| GAR1 Common Simple Type | Steel Wire Netting | Edge Steel Wire Anchor Rope + Support Rope + Oversewed Rope (D0/08/300 Steel netting + Anchor Rope + Horizontal Supported Rope) | Protection, Restriction on the slope of rocks movement, Against the collapse |
| GAR2 Common Type | Steel Wire Netting System | Steel Anchor Rope + Support Rope + Oversewed Rope, Concave Orifice + Anchor fixed + Horizontal Support Rope (2-16) + Steel Wire Netting (08/300/4*4) + Oversewed Rope (8) | Slope Reinforcement, Protect from collapse and weathering |
| GPS1 Common Use | Steel Wire Netting + Steel Wire Grid | Same to GAR1 + Steel Wire Grid (GAR1 + SO/2.2/50 Iron Grid) | Same To GAR1, When there are small rocks |
| GPS2 Common Use | Steel Wire Netting + Steel Wire Grid | Same To GAR2 + Iron Grid + Fixed Anchor + Horizontal Support Rope (2-16) + Steel Wire Netting (08/300/4*4) + SO/2.2/50 Steel Wire Grid + System Anchor | Same To GAR2, With small unstable rocks or terrene slope |
| GER1 | Steel Wire Grid | Same To GAR1, But Steel Wire Oversewed Along The Support Rope | Same to GAR1, But the falling rock is small, mainly protect from broken rock falling |
| GER2 | Steel Wire Grid | Same To GAR2, But Steel Wire Oversewed Along The Support Rope | Same To GAR2, But the fall rock is small |
| GTC-65A | High-Strength Steel Wire Grid | Prestressed Reinforcing Steel Bar + Concave Orifice + Oversew Rope | Same To GPS2, Guaranteed more than 100 years, but not suitable when vol. of fallrock is bigger than 1 m³ |
| GTC-65B | High-Strength Grid | Reinforcing Steel Bar Anchor Rope | Same To GAR1, Guaranteed more than 100 years, but not suitable when vol. of fallrock is bigger than 1m³ |
| MG-GPS2 | Steel Wire Netting + Strongly Fixed Slope Reinforcing Steel Bar Anchor Rope | Same To GPS2, Steel Wire Grid + Strongly Fixed Slope Reinforcing Steel Bar Anchor Rope + Horizontal Support Rope (16/12) + Steel Wire Netting (08/300/4*4) + Oversewed Rope (8) + SO/2.2/50 Iron Wire Grid + System Anchor fixing | Slope Reinforcement, Protect from collapse and weathering, Restrict the coast and local fallrock. Can be used for small unsafe rock or soil or soil mixed rock |
| MG-GPS2-L | Same to MG-GPS2 | Same To MG-GPS2 + Landscaping of Slope | Same To MG-GPS2 + Landscaping of Slope |
Protecting roadways from rockfall where space constraints prevent passive systems and traffic safety is critical.
Securing rail corridors through mountainous terrain where service interruptions must be minimized.
Protecting mining operations, power plants, and industrial installations from slope instability.
Stabilizing cut slopes in residential and commercial developments where space is at a premium.
Securing slopes around critical water infrastructure where rockfall could impact operations.
Maintaining slope stability in excavated areas where ongoing operations require continuous access.
Choose the appropriate system based on your specific requirements:
