No.19 Industry Park, Dongtai, Jiangsu, China +86 19941574798 sale06@kfqizhongji.com
Philson provides marine energy protection devices, including polyurethane protective plates and anti-collision blocks, which can be used on docks and decks, with corrosion resistance and anti-collision characteristics.
Offshore hang-off clamps connect cables to rigid structures such as electric piles, drilling rig bases, and cable decks. Resin is injected inside, which has good sealing properties.
Polyurethane dynamic cable bending stiffener is a mechanical device that prevents excessive bending of cables or pipelines between offshore platforms and submarine structures.
J-tube centralizers are used in offshore platforms and wind turbine structures to ensure that the cable is accurately centered and aligned within the J-tube, reducing mechanical damage and extending the service life of the cable system.
Distributed subsea floating buoyancy modules help mitigate the buckling by reducing the self-weight of the flowline as well as the friction against the seabed.
Offshore cable hang off helps secure medium and high-voltage power cables to the top of a foundation/cable deck of a monopile, jacket, or rig.
Philson bespoke boltless vertebrae cable bend restrictors deliver protection against excessive bending for oil and gas umbilicals, subsea cables, flowlines, and offshore wind farm installations.
Polyurethane marine facing pad is anti-impact, wear-resistant, corrosion-resistant, and resistant to mud erosion, specially designed to provide long-term protection for ship decks, submarine equipment, and docks.
The submarine umbilical polyurethane vertebral bend restrictor is mainly used to protect flexible pipelines (such as submarine cables, umbilical cables, etc.) from excessive bending or mechanical damage in the marine environment.
Submarine cable umbilical bend restrictors prevent excessive bending or damage, ensuring cable integrity and durability in harsh offshore and subsea conditions like high pressure, dynamic movement, and mechanical stress.
07-07
202507-07
202507-02
202506-23
2025