Paks Nuclear Power Plant, Hungary.
Reliable Power at the Heart of Europe
Nuclear Project
The Paks Nuclear Power Plant, located along the Danube River in central Hungary, is the country’s only nuclear facility and its single largest source of electricity. With four VVER-440 pressurized water reactors, the plant delivers a combined net capacity of about 2,000 MW—supplying over 45% of Hungary’s total electricity generation. Since its commissioning in the early 1980s, Paks has built a strong reputation for operational safety, efficiency, and stability, making it a cornerstone of Hungary’s low-carbon energy strategy.
To maintain such high levels of performance over decades, Paks relies on components that meet the highest standards of durability and precision. Rosswag supports the plant’s long-term success by providing high-performance parts tailored for the demanding conditions of nuclear operation. These include open-die forged components, ring-rolled sections, and precision-machined assemblies—all manufactured from advanced alloys engineered to resist thermal fatigue, mechanical stress, and corrosion.
Rosswag’s precision-engineered components contribute quietly yet critically to the structural integrity and reliability of Paks’s reactor systems. This collaboration reflects how expert manufacturing and advanced material science help ensure the safe, uninterrupted delivery of clean energy to millions—strengthening Hungary’s position as a leader in sustainable, secure power generation in Central Europe.
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.