Independent pressure, pull and age testing confirm polymer-based hang-off clamp performance, demonstrating corrosion resistance, sealing integrity and long-term suitability for offshore environments.
Offshore infrastructure demands equipment that is not only robust but also reliable over the long-term, particularly when it comes to the deployment and management of risers, pipelines and subsea cables. Hang-off clamps (HOCs) play a crucial role in safeguarding these assets, managing loads and preventing damage during installation and throughout operational life.
Traditionally, HOCs have been constructed from metal, incorporating resin sealing solutions and requiring earthing to ensure safety. While effective, conventional metallic designs have several limitations, including high weight, complex installation, susceptibility to corrosion, hydrogen degradation and environmental concerns associated with resin use.
Our engineered polymer-based hang-off clamp, the Nyla-HOC, is designed to surpass these limitations while maintaining the performance standards required by the offshore wind and subsea industries. Developed to provide exceptional durability, ease of installation and cost-efficiency, Nyla-HOC uses advanced polymer technology and innovative design principles to deliver tangible benefits to operators, contractors and engineers.