CWHI's professional team excels in addressing the unique construction challenges associated with producing mono-piles and transition pieces for global offshore wind power projects. We specialise in manufacturing components with exceptionally large diameters, up to and including 15 meters OD, as well as considerable lengths and thicknesses. Our expertise in handling these large-scale structures ensures that we can meet the demanding specifications and stringent quality standards required for offshore wind power installations.

CWHI owns a specialised Longitudinal Submerged Arc Welding (LSAW) tubular pipe manufacturing facility, capable of producing and supplying piles that meet a variety of national standards and certifications from various classification bodies. Our LSAW pipes are engineered to provide superior strength and durability, making them ideal for use in demanding offshore environments.

We are committed to assisting customers worldwide in overcoming the intricate challenges associated with the production of large jackets for offshore structures. CWHI specialises in providing high-quality primary steel for jacket tubulars, which includes the fabrication of legs, bracings, cones, and nodes. Our expertise ensures that these critical components meet the rigorous demands of offshore construction projects.

CWHI specialises in the efficient and high-quality manufacturing and inspection of floating wind platforms, playing a pivotal role in promoting the development and transition towards renewable energy worldwide.
Our comprehensive approach ensures that each platform we produce meets the highest industry standards and contributes to the global shift towards sustainable energy solutions.

CWHI is dedicated to the procurement and fabrication of steel structures and corrosion protection systems essential for offshore platforms, terminals, and berths worldwide. Our comprehensive range of services and products supports a diverse array of industries, ensuring the integrity and longevity of critical infrastructure in challenging marine environments.