malla reforzada para tuberías 10

Chatea Contáctenos

malla reforzada para tuberías 10

Revista reforzada de tuberías

August 18, 2025

Conexión De Categoría: Malla Reforzada para Tuberías CWC

Chatea Contáctenos

Las etiquetas:

#Malla reforzada de tuberías #malla de recubrimiento de peso de hormigón #Las redes de alambre de la CWC

Breve: Discover the 2.4 MM Welded CWC Pipeline Reinforced Mesh Galvanized Wire, designed for subsea and wet environments. This welded mesh provides structural stability, durability, and construction efficiency for oil and gas pipelines. Learn about its specifications, advantages, and applications in this video.

Características Relacionadas Del Producto:

Made from low carbon galvanized wire for enhanced durability and corrosion resistance.
Available in wire diameters of 2.0mm, 2.2mm, 2.4mm, and 2.7mm to suit various project needs.
Features a hole size of 25.4mm x 67mm for optimal reinforcement and concrete bond strength.
Hardness range of 485N/mm2 to 650N/mm2 ensures structural stability and mechanical protection.
Point welded technique guarantees strong and reliable connections for long-term performance.
Reduces crack risk by over 75% when used as reinforcement in concrete weight coating pipelines.
Prefabricated production allows for fast installation, with processing efficiency up to 1.2 km/8 hours.
Widely used in water, wastewater, chemical processing, and subsea oil and gas pipelines.

FAQ:

What is the primary use of the Galvanized Wire Pipeline Reinforced Mesh?

It is primarily used as reinforcement on concrete weight coating pipelines for oil and gas, providing negative buoyancy and mechanical protection in subsea and wet environments.
What are the available wire diameters for this product?

The product is available in wire diameters of 2.0mm, 2.2mm, 2.4mm, and 2.7mm, catering to various project requirements.
How does the Galvanized Wire Pipeline Reinforced Mesh enhance construction efficiency?

The prefabricated production of the mesh enables fast installation, with processing efficiency reaching up to 1.2 km/8 hours for pipes with diameters between 508mm and 1219mm.