10 Lines Welded Galvanized CWC Wire Mesh Pipeline Reinforced Mesh For Protection Filtration
Silver 8Lines Welded Galvanized Wire CWC Reinforced Mesh 41 kg 82 kg Roll Weight
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 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.
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