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FAQ

FAQ

Learn about submarine cable protection system and choose a reliable manufacturer.

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OUR FAQ

Frequently Asked Questions?

Various materials are used to shield and insulate cables from mechanical stress, corrosion, and other environmental factors. Outer sheath and armor materials are polyethylene (PE), polyurethance (PU), polyvinyl chloride (PVC), stainless steel ect.

The bending radius of bend restrictors is designed to be slightly larger than the minimum safe bending radius of the cable or umbilical they protect. It varies significantly depending on the specific application, environmental conditions, and the mechanical properties of the materials involved.

Mainly oil and gas rigs, subsea cable protection, wind farm, flexible hoses and pipes, telecommunication systems ect.

The performances of bending restrictors are evaluated based on several key parameters: bending limitation, load bearing capacity, durability and fatigue resistance, material properties, installation compatibility, adaptability to environmental conditions and flexibility.

Products
Polyurethane Submarine Cable Protection Tube

Polyurethane Submarine Cable Protection Tube

Polyurethane submarine cable protection tube protects cable from shock derived from anchor, due to its excellent elasticity, corrosion-resistance, hydrolysis-resistance and insulation attributes.

Submarine Cable Protection Duct

Submarine Cable Protection Duct

Submarine cable protection ducts are generally made of marine-grade polyurethane, which is anti-corrosion, high temperature resistant, and abrasion resistant, protecting submarine pipelines from friction.

Polyurethane Anti-Collision Impact Blocks

Polyurethane Anti-Collision Impact Blocks

Polyurethane anti-collision impact blocks play an important role in protecting vessels and docking structures by effectively absorbing and dissipating the energy generated during collisions.