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Ten Lines Welded Galvanized Wire CWC Pipeline Reinforced Mesh
Galvanized Wire Pipeline Reinforced Mesh Description:
Galvanized Wire Pipeline Reinforced Mesh is a factory-fabricated reinforced concrete structure. By welding the steel mesh to the concrete, it forms a high-strength counterweight layer, used for pipeline anti-floating or mechanical protection.
It provides negative buoyancy to prevent pipeline uplift, and enhances pipeline impact and corrosion resistance, and replaces traditional double-layer steel pipes, reducing steel usage and construction costs.
Galvanized Wire Pipeline Reinforced Mesh Specification:
Product Name | Galvanized Wire Pipeline Reinforced Mesh |
Brand Name | Reinforce |
Place of Origin | Hebei, China |
Technique | Point Welded |
Processing Service | Wire drawing, galvanizing, welding |
Wire Diameter | 2.0mm-2.7mm |
Line Wire Quantity | 6 lines,8 lines, 10 lines |
Hole Size | 25.4mmx67mm |
Roll Width | 190.5mm |
Zinc Coated | 100g/m2-260g/m2 |
Hardness Range | 485N/mm2~650N/mm2 |
Galvanized Wire Pipeline Reinforced Mesh Four Types:
Galvanized Wire Pipeline Reinforced Mesh Good Features:
Structural Stability: Welded steel mesh enhances concrete bond strength, reducing crack risk by over 75%.
Durability: The surface can be coated with an anti-corrosion coating (such as hot-dip galvanizing or epoxy resin) for corrosion resistance against seawater and industrial wastewater.
Construction Efficiency: Prefabricated production enables fast installation (e.g., processing efficiency for 508mm-1219mm φ pipes reaches 1.0-1.2 km/8 hours).
Galvanized Wire Pipeline Reinforced Mesh Application:
Oil/Gas Pipelines: Subsea pipelines, swamp/lake crossings.
Hydraulic Engineering: Underwater pipeline counterweights and dam protection.
Industrial Facilities: Corrosion protection for sewage treatment plants and water pipelines.
Precautions for using Galvanized Wire Pipeline Reinforced Mesh:
1. Before storing or using the steel mesh, store it in a dry, rain-proof area to avoid exposure to water and moisture.
2. When transporting and unloading the mesh using a forklift, avoid scratching the mesh with the forklift's tines. This can cause deformation and damage to the mesh, complicating and impacting construction.
3. Operators must wear necessary protective gear during construction.