Hinkley Point C, United Kingdom.
Powering the Future with Precision and Scale
Nuclear Project
Hinkley Point C, currently under construction on the Somerset coast, is the United Kingdom’s most ambitious nuclear energy project in decades. As the first new nuclear power station to be built in the UK in over 20 years, it will feature two state-of-the-art EPR (European Pressurized Reactor) units. Once completed, Hinkley Point C will deliver around 3,200 MW of net electrical capacity—providing reliable, low-carbon electricity to approximately six million homes and playing a central role in the UK’s net-zero strategy.
To meet the high demands of the EPR design—known for its advanced safety features, high thermal efficiency, and operational longevity—only the most resilient and precisely engineered components are used. Rosswag is proud to support this landmark project with its portfolio of high-performance parts. These include open-die forged components, ring-rolled sections, and precision-machined assemblies, all crafted from specialized alloys designed to withstand the extreme pressures, temperatures, and service lifetimes expected in modern nuclear environments.
Rosswag’s contribution ensures that key structural and mechanical systems within the plant meet the most stringent quality and durability standards. By quietly reinforcing the technical backbone of Hinkley Point C, Rosswag helps set a new benchmark for safety, efficiency, and sustainability in the future of UK energy generation.
Why Rosswag for Nuclear Components?
- Expertise in High-Performance Metallurgy – Decades of experience in forging advanced alloys for nuclear applications.
- Full Compliance with Nuclear Certifications – Meeting international safety and quality standards for reactor components.
- Reliable and Durable Engineering – Designed for long operational life cycles under extreme conditions. Rosswag ensures the highest level of safety and efficiency for nuclear power generation, providing critical components that meet the industry’s strictest demands.