BMP Slope Protection
Tecco high-tensile mesh is engineered from robust steel wire to manage geohazards like rockfalls, landslides, and erosion. This Tecco High-Tensile Mesh Acting crucial for reinforcing slopes and ensuring safety.
Packing and Loading
Loading Tecco mesh for transport, especially in a container or on a truck, involves several steps to ensure that the material arrives at its destination undamaged and is easy to unload.
Inspection Before Loading:
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- Check each roll for any damage.
- Ensure the mesh is properly rolled and tied, if necessary.
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Preparing the Container or Truck:
- Clean the container or truck bed to remove debris that could damage the mesh.
- If available, use non-slip mats or materials to prevent rolls from sliding.
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Loading the Rolls:
- Position the rolls vertically, standing on one end.
- Place the heaviest rolls at the bottom if stacking is necessary.
- Load the rolls tightly together to minimize movement.
- For containers, start loading at the end opposite the container doors and work towards the doors to distribute weight evenly.
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Securing the Rolls:
- Use cargo straps or ropes to secure the rolls in place.
- If the container isn’t full, use dunnage bags or bulkheads to fill empty spaces and prevent the rolls from shifting.
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Loading Accompanying Materials:
- If Tecco mesh accessories like spike plates or anchors are also being transported, load them on top of the rolls or in the remaining space, ensuring they are well secured.
- For heavier or rigid accessories, place them on the container floor to avoid damaging the mesh rolls.
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Final Inspection:
Make sure to do a final check that all materials are loaded securely. Also, ensure the container or truck is balanced and the weight is spread out evenly to meet transportation rules.
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Documentation:
- Record the loading process and the state of the materials.
- Prepare proper documentation for the cargo, including weight, quantity, and securing measures.
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Closing and Sealing:
- Close the container or truck securely.
- If required, seal the container with a tamper-evident seal and record the seal number.
It’s important to follow these steps to reduce the risk of damage during transportation and handling. The use of vertical placement for the mesh rolls, as seen in the image, is a common and effective method, particularly for larger rolls that can stand on their ends without collapsing.
High-Tensile Strength:
Made from steel wire with a minimum tensile strength of 1770 N/mm², Tecco mesh can handle enormous forces. This strength is vital for withstanding dynamic and static loads and offers reliable protection against rock and soil displacement.
Design and Specifications:
The mesh has a rhomboidal design, tailored for various needs. For instance, the Tecco G80/4 model features an 80 mm mesh width and a 4 mm wire diameter, optimizing load distribution and maximizing energy absorption—key for geohazard-prone locations.
Corrosion Resistance:
Tecco mesh stands out for its excellent corrosion resistance, thanks to its GALFAN coating. This blend of Zinc and Aluminium strengthens the mesh against environmental factors, ensuring it lasts a long time.
Installation and Adaptability:
Tecco mesh is easy to install. You can roll it out and secure it with spike plates and nails over different terrains. This flexibility makes it ideal for various settings, from steep rocky terrains to rich soil embankments.
Applications in Geohazard Mitigation:
Tecco high-tensile mesh acts in several critical roles:
- Rockfall Protection: It fortifies rock faces to prevent falling debris from damaging underlying infrastructure.
- Slope Stabilization: It bolsters soil slopes to avert landslides, particularly in regions with loose or eroding soil.
- Erosion Control: It protects riverbanks and coastal zones from erosion.
- Architectural Uses: Increasingly, it’s also employed in architectural projects where aesthetics are as crucial as functionality.
Environmental Impact and Sustainability:
Tecco High-Tensile Mesh Acting sustainable practices by facilitating vegetation growth on stabilized surfaces. This not only helps integrate the installations into their natural surroundings but also contributes to ecological conservation by stabilizing habitats.
Technical informations Tecco High-Tensile Mesh Acting
Tecco Mesh G65/4 Specifications
(Note: Some information is assumed based on typical data for Tecco meshes as specifics for G65/4 were not provided. Please refer to actual product manuals for precise data.)
| Specification | Details |
|---|---|
| Material | High-tensile steel wire |
| Wire Diameter | 4.0 mm (assumed based on similar types) |
| Tensile Strength of Steel Wire | ≥ 1770 N/mm² |
| Mesh Size | Diagonal, specific size not listed |
| Corrosion Protection | GALFAN ® |
| Roll Width | Standard widths assumed (e.g., 3.5 m) |
| Roll Length | Standard lengths assumed (e.g., 10m, 20m, 30m) |
| Mesh Type | Rhomboid |
| Applications | Slope stabilization, rockfall protection |
| Features | High load capacity, durable |
Tecco Mesh G65/3 Specifications
| Specification | Details |
|---|---|
| Material | High-tensile steel wire |
| Wire Diameter | 3.0 mm |
| Tensile Strength of Steel Wire | ≥ 1770 N/mm² |
| Mesh Size | 83 x 143 mm (diagonal) |
| Corrosion Protection | GALFAN® |
| Roll Width | Typically around 3.5 m (assumed) |
| Roll Length | Typically 10m, 20m, 30m (assumed) |
| Mesh Type | Rhomboid |
| Applications | Slope stabilization, rockfall protection |
| Features | High durability, flexible |
TECCO® STAINLESS Mesh Specifications
TECCO® G45/2 STAINLESS
| Specification | Details |
|---|---|
| Wire Diameter | 2 mm |
| Tensile Strength of Steel Wire | ≥ 1,650 N/mm² |
| Tensile Strength of Steel Wire Mesh | ≥ 75 kN/m |
| Diagonal | 62 x 95 mm |
| Mesh Width | 48 mm |
| Number of Meshes Transversal | 16.1 pcs./m |
| Number of Meshes Longitudinal | 10.5 pcs./m |
| Weight per m² | 1.1 kg/m² |
| Corrosion Protection | STAINLESS (INOX) 1.4462 (AISI 318) |
| Bearing Resistance of Mesh against Puncturing | 100 kN |
| Bearing Resistance of Mesh against Shearing-off | 50 kN |
| Bearing Resistance of Mesh against Slope-parallel Tensile Stress | 10 kN |
TECCO® G65/3 STAINLESS
| Specification | Details |
|---|---|
| Wire Diameter | 3 mm |
| Tensile Strength of Steel Wire | ≥ 1,650 N/mm² |
| Tensile Strength of Steel Wire Mesh | ≥ 140 kN/m |
| Diagonal | 83 x 143 mm |
| Mesh Width | 65 mm |
| Number of Meshes Transversal | 12 pcs./m |
| Number of Meshes Longitudinal | 7 pcs./m |
| Weight per m² | 1.65 kg/m² |
| Corrosion Protection | STAINLESS (INOX) 1.4462 (AISI 318) |
| Bearing Resistance of Mesh against Puncturing | 170 kN |
| Bearing Resistance of Mesh against Shearing-off | 85 kN |
| Bearing Resistance of Mesh against Slope-parallel Tensile Stress | 25 kN |
Tecco High-Tensile Mesh Acting Conclusion:
Tecco high-tensile mesh acts as a fundamental component in contemporary geotechnical engineering, boasting unmatched durability, flexibility, and protective qualities. Its extensive application across various sectors highlights its versatility and crucial role in protecting against natural disasters and enhancing structural longevity. As material science and geotechnical engineering advance, we expect Tecco high-tensile mesh to become even more effective for future applications.