Brief: Discover the Eight Lines Offshore Pipeline Reinforced Mesh, designed for high-strength counterweight applications in offshore pipelines. This galvanized welded wire mesh offers superior anti-floating and mechanical protection, enhancing pipeline durability and reducing construction costs. Customizable and compliant with international standards, it's the ideal solution for subsea oil and gas pipelines.
Related Product Features:
High-strength reinforced mesh with hardness ranging from 485 N/mm² to 650 N/mm².
Galvanized for enhanced corrosion resistance in harsh offshore environments.
Customizable counterweight layer thickness and density for specific project needs.
Compliant with ISO 21809-5 and SY/T 7398 standards for quality assurance.
Optional anti-corrosion coatings available for added protection against acids and alkalis.
Reduces steel usage and construction costs compared to traditional double-layer steel pipes.
Automated welding ensures structural stability and uniform mesh quality.
Widely used in subsea oil and gas pipelines, river bottoms, and chemical processing pipelines.
Faqs:
What are the primary applications of the Galvanized Offshore Pipeline Counterweight Welded Wire Mesh?
It is primarily used for subsea oil and gas pipelines, river bottom pipelines, water and wastewater pipelines, and chemical processing pipelines to provide impact and corrosion protection.
How does this mesh enhance pipeline durability?
The mesh provides negative buoyancy to prevent pipeline uplift, enhances impact and corrosion resistance, and replaces traditional double-layer steel pipes, reducing steel usage and construction costs.
Are customization options available for this product?
Yes, the counterweight layer thickness, density, and wire diameter can be customized according to project requirements, and optional anti-corrosion coatings are available.
What standards does this product comply with?
The mesh complies with ISO 21809-5 and SY/T 7398 standards, ensuring high-quality performance and reliability in offshore applications.