No.19 Industry Park, Dongtai, Jiangsu, China +86 19941574798 sale06@kfqizhongji.com
Polyurethane marine protection devices ensure that pipes or cables connected to offshore wind power and oil and gas drilling platforms do not bend.
Modular cable hang-offs are designed to provide secure termination, stability, and protection for cables in offshore and subsea environments.
Philson grouted hang-off clamps help secure medium and high voltage power cables to the top of a monopile, jacket or foundation/cable deck of a rig.
Polyurethane offshore hang-off clamp is an efficient solution for securing medium and high voltage power cables to the top of a foundation or cable deck on monopiles, jackets, or rigs.
Polyurethane submarine cable protection tube protects cable from shock derived from anchor, due to its excellent elasticity, corrosion-resistance, hydrolysis-resistance and insulation attributes.
A highly effective solution for safeguarding cables is the polyurethane protective tube—a lightweight, durable, and shock-resistant material engineered to offer superior protection for subsea infrastructure.
The split submarine cable J-tube centralizer is an important accessory in offshore cable installation systems. It is an important component to keep the umbilical cable, oil and gas pipeline, riser and other submarine cables aligned in the J-tube.
The J-tube seal fixture's split design allows for quick installation. The cost of installing offshore or submarine equipment is high, and it must be done as soon as possible to reduce downtime.
The bend stiffener protection system has the same characteristics as the bend limiter to some extent. It is wear-resistant, chemical-resistant, and has a certain rigidity. It prevents excessive bending of cables or pipelines in offshore structures.
Bend stiffeners support flexible pipes when connecting rigid or floating structures and control the minimum bending radius (MBR). Its special polyurethane material adapts to fluid temperature, pipeline characteristics, stiffness and MBR requirements.
09-02
202508-28
202508-28
202508-26
2025