Forsmark Nuclear Power Plant, Sweden.
Reliability Rooted in Precision
Nuclear Project
Located on the eastern coast of Sweden, the Forsmark Nuclear Power Plant is one of the country’s most important sources of low-carbon electricity. Operational since the early 1980s, Forsmark houses three boiling water reactor units that together provide approximately 3,200 MW of electrical capacity. The plant supplies around one-sixth of Sweden’s total electricity demand, playing a vital role in the country’s commitment to clean, secure, and stable energy production.
As a long-serving facility, Forsmark depends on the continued reliability and safety of its reactor systems. This requires the use of durable, precisely engineered components capable of performing under decades of thermal cycling, pressure, and exposure to radiation. Rosswag supports Forsmark’s ongoing success by supplying high-performance parts tailored for these demanding conditions. These include open-die forged components, ring-rolled elements, and finely machined assemblies, manufactured from advanced alloys developed for strength, fatigue resistance, and corrosion protection.
By integrating Rosswag’s components into key reactor and auxiliary systems, Forsmark enhances its structural integrity and extends operational longevity. This partnership illustrates how precision manufacturing quietly supports the stability of essential infrastructure—helping Forsmark continue delivering clean, dependable power to Sweden for generations to come.
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.