High Strength SICCO® Mesh
The SICCO® Mesh manufacturing process involves the use of high- tensile steel wires, which are mechanized woven into a robust Mesh. The wires undergo a precise treatment for durability and strength, ensuring a minimum ultimate tensile strength of 1770 N/mm². This process ensures uniformity, reliability, and optimal performance in slope stabilization.
SICCO® Mesh include high tensile strength of 1770 N/mm², precise wire treatment for durability, and uniform performance across the entire slope.
The SICCO® Mesh manufacturing process involves the use of high- tensile steel wires, which are mechanized woven into a robust Mesh. The wires undergo a precise treatment for durability and strength, ensuring a minimum ultimate tensile strength of 1770 N/mm². This process ensures uniformity, reliability, and optimal performance in slope stabilization.
SICCO® Mesh include high tensile strength of 1770 N/mm², precise wire treatment for durability, and uniform performance across the entire slope.
Main Uses Of High Strength SICCO® Mesh
Slope Stabilization
Reinforces slopes to prevent soil erosion, landslides, and rockfalls. Common in road and railway embankments.
Tunnel & Overhead Protection
Provides safety against rockfalls and debris around tunnels or underground structures, enhancing stability.
Rockfall protection
Shields infrastructure from falling rocks, particularly in mountainous or mining areas.
Infrastructure Projects
Strengthens retaining walls, embankments, and road cuts for improved safety and durability in construction.
Coastal Protection
Protects coastal slopes and cliffs from erosion caused by tides, waves, and wind, often in marine environments.
Mining and Quarrying
Stabilizes steep or fragmented slopes in mining operations, reducing risk from rockslides and enhancing safety.
Main Advantages Of High Strength SICCO® Mesh
- 1. Cost-Effectiveness: Mesh offers cost-effectiveness by reducing the need for traditional methods like shotcrete walls and supporting structures. Its easy installation, large coverage area, and durability minimize maintenance costs over time. The system's efficiency and adaptability to various slopes lower overall project expenses while maintaining high performance and safety standards.
- 2. Environmental Benefits: Mesh provides environmental benefits by using sustainable materials and eco-friendly coatings. It prevents soil erosion, supports vegetation growth, and promotes ecological balance. The system reduces the need for traditional construction materials like concrete, and its long lifespan minimizes the frequency of repairs, conserving natural resources and reducing waste.
- 3. Enhanced Performance: Mesh enhances performance by offering high tensile strength (≥1770 N/mm²), ensuring long-term stability in slope stabilization and rockfall protection. Its uniform tension distribution prevents slippage, while the ability to accommodate larger anchor distances provides flexibility in design. The Mesh adapts well to varying slopes, improving overall structural integrity and safety.
- 4. Ease of Installation: Mesh offers ease of installation through its large roll sizes (30 x3) Meters, reducing the number of joints and installation time. The light weight Mesh is easy to handle, and its flexibility allows for quick adaptation to different slope angles. Pretensioning anchors simplify the setup, ensuring effective stabilization with minimal effort.
Application Area Of High Strength SICCO® Mesh
Features
Enhanced Strength :
Due to the cold-working process, the grain structure is refined and aligned, improving tensile and fatigue strength.
Improved Surface Finish :
Threads produced by rolling have a smoother surface compared to cut threads, reducing stress concentrations and potential corrosion points.
Dimensional Accuracy :
Cold-threaded bolts offer precise and uniform thread dimensions.
Increased Hardness :
The thread surface is work-hardened, making it resistant to wear and damage.
Material Efficiency :
The rolling process displaces material rather than removing it, leading to less waste.
Corrosion Resistance :
The smoother surface reduces the likelihood of corrosion compared to rough, cut threads.
Application Areas Of Cold-Threaded Bolts
Test results
Coupler Strength
