The Science Behind Carbon Stripper Foils

Carbon stripper foils are a cornerstone of modern nuclear physics and accelerator science. These ultra-thin layers of carbon play a critical role in modifying the charge state of ion beams as they pass through a particle accelerator. By stripping electrons from the ions, the foils enable particles to reach higher energy states more efficiently, allowing for advanced research in nuclear reactions, isotope production, and materials science.

At ACF Metals, our carbon foils are engineered using precision arc evaporation techniques that ensure uniform thickness, ultra-high purity, and mechanical stability. Every foil undergoes rigorous quality control to maintain consistency and performance under demanding beam conditions. Our materials are widely used in cyclotron systems, tandem accelerators, and other high-energy applications worldwide.

The advantage of ACF Metals’ foils lies in their exceptional durability and energy transfer efficiency. Designed to withstand intense ion bombardment, they deliver longer operational lifetimes and reduced downtime between replacements. For both research and commercial applications, this means increased productivity, higher data reliability, and lower long-term operational costs.

From radioisotope manufacturing to cutting-edge nuclear experiments, ACF Metals continues to lead the way in developing high-performance carbon foils that support the world’s most advanced scientific investigations.