Product

Custom bending stiffeners service provides tailor-made solutions for subsea and offshore projects, offering durability, high precision, and design flexibility.

Polyurethane subsea cable bending restrictors are key components in offshore energy and telecommunications infrastructure, preventing underwater cables from excessive bending and ensuring long-term stable operation of power and fiber optic cables in deepwater.

Demag DRS wheel block system range is a comprehensive suite of travel wheel systems designed for heavy-load handling applications. These systems are known for their modular structure, strong wear resistance and impact resistance, and ease of installation and maintenance.

Philson specializes in providing high-performance PU wheel rolling solutions for industries that demand durability, precision, and efficiency.

Subsea drilling riser buoyancy module is arranged around the outside of the riser to form a "sleeve-type" structure, evenly distribute buoyancy, provide all-round buoyancy support, and prevent the riser from bending or tilting due to its own weight or external forces such as water flow.

Polyurethane buoyancy foam is a machinable, hydrostatic, pressure-resistant polyurethane foam with a density typically between 30 and 100 kg/m³ that provides buoyancy underwater depths up to 1,200 feet, which plays an important role in the deep-sea environment.

The marine bend limiter (commonly known as subsea bend limiter or subsea cable bend restrictor) is a device specially designed to limit the excessive bending of cables, pipelines, and other structures in the ocean when bending.

230*90mm 4 studs polyurethane driving wheel refers to a small driving wheel with a diameter of 230mm and a width of 90mm, and four studs on the hub for connecting to the vehicle.This small driving wheel has the characteristics of wear resistance, compression resistance, low noise, corrosion resistance and so on.

Anti-static polyurethane wheels offer durability, load-bearing capacity, and abrasion resistance for installation in environments where controlling static electricity is critical to protecting sensitive equipment, ensuring safety, and maintaining product quality.