Hot dip Galvanized Wire CWC Pipeline Reinforced Mesh Eight Lines

Eight Lines Galvanized  Wire CWC Pipeline Reinforced Mesh 

Galvanized Wire Pipeline Reinforced Mesh Description:

Pipeline Reinforced Mesh also known as pipeline reinforcement mesh, pipeline mesh, marine reinforcement mesh, etc., is a welded mesh commonly used for the reinforcement of concrete counterweight coated pipelines. Marine reinforcement mesh is a popular product in the world industry and is used for concrete counterweight coating of offshore oil and gas pipelines. Marine reinforcement mesh is suitable for compression and impact coating processes. The diameter wires are deeply curled to facilitate the application of concrete coating. The material used is galvanized mild steel. It can be cold-dip galvanized iron wire or hot-dip galvanized wire deeply curled to facilitate application in concrete. Three specifications of marine reinforcement mesh are available with traditional 10 wire, 8 wire or 6 wire mesh systems. Pipeline reinforcement mesh is mainly used for concrete counterweight coating of submarine pipelines. In addition to conventional specifications, we also supply other specifications that can be customized according to customer requirements

Galvanized Wire Pipeline Reinforced Mesh Specification:

 Galvanized Wire Pipeline Reinforced Mesh Four Types:

Galvanized Wire Pipeline Reinforced Mesh Advantage:

The complex submarine environment makes oil pipelines vulnerable to seawater impact, corrosion, and collisions with large fish and other animals. A pipeline rupture can cause oil spills, resulting in not only economic losses but also marine pollution and ecological imbalance. Therefore, oil pipelines require a robust protective structure, leading to the emergence of submarine oil pipeline networks. Their primary purpose is to protect oil pipelines from impact and corrosion. This product offers strong resistance to tension, collision, and impact.

Galvanized Wire Pipeline Reinforced Mesh Usage:

Large export and widely use for projects. Our pipe coating mesh is a valuable tool for reinforcing subsea oil and gas pipelines, providing additional strength and durability to the pipeline. This is especially important for subsea pipelines as they are often subjected to harsh environmental conditions. Our mesh provides additional support and reinforcement to distribute the weight of the pipeline more evenly across the river or stream bed. This can help reduce the risk of damage to the river or stream bed and ensure the safety and longevity of the pipeline.

Our mesh is also ideal for use in the protection of the Everglades gas pipeline. Pipe coating mesh provides an extra layer of protection against external factors such as erosion, corrosion, or wildlife damage. This not only helps to protect the pipeline, but also the surrounding environment.

Packaging Options:

·         4 rolls per bundle

·         Strong pallet packaging

·         Sturdy wooden boxes

·         Bulk container loading

·         Custom packaging available

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.

Our Company Information:

Hebei Reinforce Pipeline Mesh Co., Ltd is an enterprise focusing on deep-sea energy pipeline protection. It is located at No.6, Ruilian Industrial Zone B, Shuguang East Street, Xicheng Industrial Zone, Raoyang County, Hengshui City, Hebei Province. Our company takes the steel wire mesh for concrete weight coating of submarine oil and natural gas pipelines independently developed and produced as its core product, providing high-reliability protection solutions for global offshore oil and gas projects, and helping the safe operation and maintenance of energy infrastructure.