BEP Surface Technologies intensifies nanodiamond research and development

Mixing nanodiamonds with metal coatings can bring game-changing improvements to components used in many existing and emerging industries by greatly increasing thermal conductivity and wear resistance. BEP is looking to push the boundaries of surface treatment solutions after announcing a strategic partnership with Helsinki-based nanodiamond manufacturer Carbodeon in September. Commenting on his new role, Durgappa said: "By merging modern nanotechnology with traditional coating methods, we are pushing boundaries that could revolutionize the industry. Nanodiamonds offer a game-changing advantage and I look forward to exploring their potential applications in heavy machinery, mining equipment and nuclear waste disposal." Durgappa is working on the development of electroless nickel plating with mid-phosphorus for industrial use. The mid-phosphorus coating contains 5% to 9% phosphorus and is between low and high phosphorus coatings. It is known to be corrosion resistant, harder and produces smooth, shiny surfaces.

Technology with advantages over conventional electrolytic processes

This technology represents a significant difference to conventional electrolytic processes as it does not require electricity and therefore offers greater versatility and efficiency. By integrating nanodiamonds into the electroless nickel plating process, Durgappa aims to improve the performance of plated materials and give them greater resistance to wear and corrosion - two key challenges for heavy machinery and other sectors. Durgappa is leading BEP Surface Technologies' efforts to conduct in-depth literature reviews and experimental research. Technical advisor John Tor and an industry veteran will support this initiative and guide the integration of the new technology into existing processes.

Electroless nickel plating opens up new growth opportunities for BEP

By integrating state-of-the-art nanotechnology, BEP aims to offer pioneering solutions with improved durability and longer life for critical components. Andrew McClusky, Managing Director of BEP, said: "We are exploring partnerships with chemical suppliers and external companies to facilitate the integration of this technology into the industry. There is a particular focus on overcoming the current space and logistical challenges faced by plants. Electroless nickel plating, especially when nanodiamonds are integrated, promises to open new avenues for BEP's growth in various industries, including aerospace, automotive and plastics." Prior to joining BEP, Durgappa gained valuable experience at Rapture Engineering, where he worked on the development of copper and brass alloys. He successfully led the development of 35 new products in one year, taking them from prototyping to pilot production. His academic qualifications include a Master of Philosophy in Metallurgy and Corrosion from the University of Manchester and a Bachelor's degree in Metallurgical Engineering from Jain University, Bangalore.