No.19 Industry Park, Dongtai, Jiangsu, China +86 19941574798 sale06@kfqizhongji.com
No.19 Industry Park, Dongtai, Jiangsu, China +86 19941574798 sale06@kfqizhongji.com
Providing a wide range of products and solutions for various industries, particularly in the fields of subsea, offshore, marine, and oil & gas.
They may also produce items like bend restrictors, cable floats, cable hangers, fenders, and marine risers, which are designed to offer protection, stability, and support for underwater or offshore infrastructure. Philson likely serves customers globally, particularly in offshore markets in Europe, Asia, North America, and the Middle East. Its solutions are utilized in critical industries like oil and gas exploration, offshore wind farms, telecommunications, and underwater cable installation.
Ensuring the reliability and longevity of flexible systems in offshore and subsea oil and gas operations.
Subsea cable protection is essential for maintaining the functionality and integrity of cables that are used in harsh, dynamic offshore environments.
Proper protection mechanisms are essential to maintain the integrity of the cables and avoid costly repairs or energy production losses.
Cable protection within flexible hoses and pipes ensures that cables remain operational even under challenging conditions, preventing wear, fatigue, and mechanical failure.
Cable protection in telecommunications systems is vital to ensure the reliable operation of communication infrastructure, including voice, data, and internet services.
Bend restrictors are used in marine cables, pipelines, and hoses to maintain their structural integrity, especially in harsh environments where bending might occur due to the movement of ships or submarines.
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 bending 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.
Our meticulous quality control process guarantees excellence, to ensure that every products meet the highest industry standard.
You're partnering with a company dedicated to sustainability and reducing environmental impact through eco-friendly.
Marine fenders, also known as ship protection fenders, are essential safety devices designed to absorb impact energy during vessel berthing and mooring operations.
Philson 02 Sep 2025We are pleased to announce that our company has successfully signed a comprehensive contract for the supply of submarine cable accessories with a Vietnamese customer for an offshore wind power project.
Philson 28 Aug 2025Bend stiffeners and bend limiters safeguard subsea cables and pipelines in offshore wind and oil projects, preventing bending damage and ensuring long-term reliability and performance.
Philson 28 Aug 2025Explore how subsea pull tube centralizers guide and protect cables in J-tubes, with design factors, material choices, and Philson’s customized polyurethane solutions for offshore energy projects.
Philson 26 Aug 2025
Philson specializes in providing customers with marine engineering solutions and submarine cable protection systems, supporting customized production of bend restrictors, cable protection tubes, centralizer, and cable accessories, etc., which are widely used in offshore wind power, oil and gas extraction, marine communications and energy transmission.
