Offshore Pipeline Reinforced Wire Mesh, 2.2mm hot dipped galvanized steel wire, width 190.5mm, 1" line wire space, HESLY

Offshore pipeline Reinforced Wire Mesh is also called concrete weight coating mesh, Pipeline reinforced mesh, is a line wire crimped special welded mesh. It plays the role of reinforcement, counterweight and protection for offshore oil and gas pipelines.

Offshore pipeline counterweight welded wire mesh material is low carbon steel with galvanized coating. It can either be cold galvanized wire or hot dipped galvanized wire meeting to ASTM and the line wires are deeply crimped and then welded to form a wave structure, making it easy to be coated with concrete and then submerged in water or earth. It has excellent corrosion and rust resistant performance, preventing concrete weight coated pipeline from being damaged during installation and after it is in place.

Features of HESLY pipeline reinforced mesh

• High tensile strength - Pipeline reinforced mesh is made of high-strength steel wires that can withstand the stress and pressure of pipeline construction.
• Corrosion resistance - The CWC mesh is coated with a layer of zinc or other corrosion-resistant material to prevent rust and corrosion.
• Easy to install - The CWC mesh can be easily installed around the pipeline, providing a quick and efficient solution for strengthening the pipeline.
• Cost-effective - Using pipeline reinforced mesh is a cost-effective alternative to traditional methods of pipeline reinforcement, such as concrete or steel reinforcement.
• Durability - Pipeline reinforced mesh is designed to withstand harsh environmental conditions, including extreme temperatures and weather conditions.
• Good appearance - The appearance of pipeline reinforced mesh is neat, regular, and bright. The mesh is tightly bound and firm. The solder joint is firm and convenient for transportation and stacking.

Technical Data Sheet - HESLY Pipeline Reinforced Wire Mesh

HESLY ® PIPELINE REINFORCED WIRE MESH
MODEL	ILLUSTRATION	TECHNICAL PARAMETERS
HPM-6		·Raw Material: Galvanized Mild Steel Wire ·Line Wire:φ2.0~2.7mm ×6No.s ·Cross Wire:φ2.0mm ·Line Wire Space: 25.4mm×3+50.8mm×2 ·Cross Wire Space: 67mm ·Exposed Wire Edge≤2.5mm ·Mesh Width: 190.5mm ·Roll Length: 140-280m

HESLY ® PIPELINE REINFORCED WIRE MESH
MODEL	ILLUSTRATION	TECHNICAL PARAMETERS
HPM-8		·Raw Material: Galvanized Mild Steel Wire ·Line Wire:φ2.0~2.7mm ×8No.s ·Cross Wire:φ2.0mm ·Line Wire Space: 25.4mm×7 ·Cross Wire Space: 67mm ·Exposed Wire Edge≤2.5mm ·Mesh Width: 190.5mm ·Roll Length: 140-280m

HESLY ® PIPELINE REINFORCED WIRE MESH
MODEL	ILLUSTRATION	TECHNICAL PARAMETERS
HPM-8B		·Raw Material: Galvanized Mild Steel Wire ·Line Wire:φ2.0~2.7mm ×10No.s ·Cross Wire:φ2.0mm ·Line Wire Space: 25.4mm×7 ·Cross Wire Space: 92.4mm ·Exposed Wire Edge≤2.5mm ·Mesh Width: 190.5mm ·Roll Length: 140-280m

HESLY ® PIPELINE REINFORCED WIRE MESH
MODEL	ILLUSTRATION	TECHNICAL PARAMETERS
HPM-10		·Raw Material: Galvanized Mild Steel Wire ·Line Wire:φ2.0~2.7mm ×9No.s ·Cross Wire:φ2.0mm ·Line Wire Space: 25.4×9 ·Cross Wire Space: 92.4mm ·Exposed Wire Edge≤2.5mm ·Mesh Width: 241.3mm ·Roll Length: 140-280m

Applications

Pipeline reinforced mesh is commonly used in a variety of pipeline applications, including:

• Subsea Gas & Oil Pipeline: Pipeline reinforced mesh is used to reinforce subsea oil and gas pipelines, providing additional strength and durability to the pipeline.
• Everglades Gas Pipeline: The CWC mesh can be used to protect the everglades gas pipeline from external factors such as erosion, corrosion, or wildlife damage.
• River Bottom Gas & Oil Pipeline: Pipeline reinforced 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.
• Water and Wastewater Pipeline: This technique is highly effective in preventing corrosion in water distribution systems, sewage treatment plants, and desalination facilities.
• Chemical Processing Pipeline: CWC lining with wire mesh safeguards pipelines in chemical plants, refineries etc.