BEP Surface Technologies Accelerates Nanodiamond R&D With Key Appointment

BEP Surface Technologies, an electroplating and surface finishing specialist, is accelerating its ground-breaking R&D into nanodiamond technology with a key appointment.

The Radcliffe-based company has hired a highly skilled chemical engineer, Dinesh Durgappa, to spearhead advancements in blending microscopic diamond particles with electroless nickel plating.

Mixing nanodiamonds with metal coatings can offer game-changing improvements in components used in many existing and emerging industries because they radically enhance thermal conductivity and improve wear resistance.

This strategic hire underscores BEP’s commitment to pushing the boundaries of surface treatment solutions, following the strategic partnership with Helsinki-based nanodiamond manufacturer Carbodeon, announced in September.

Durgappa is working on creating electroless nickel plating with mid-phosphorus for industrial use. Mid-phosphorus plating contains 5% to 9% phosphorus and balances between low- and high-phosphorus coatings. It is known to be corrosion-resistant, harder, and produce smooth, shiny surfaces.

This technology marks a significant shift from traditional electrolytic processes, as it does not require electricity, offering greater versatility and efficiency. By integrating nanodiamonds into the electroless nickel plating process, Durgappa aims to improve the performance of plated materials, providing superior resistance to wear and corrosion—two critical challenges for heavy machinery and other sectors.

Durgappa is leading BEP Surface Technologies' efforts to conduct in-depth literature reviews and experimental research. Technical consultant John Tor and an industry veteran will support this initiative and guide the incorporation of the new technology into existing processes.

Investing in top-tier talent will drive BEP’s ongoing efforts to enhance wear resistance, corrosion protection, and efficiency across industries, including heavy machinery, mining, and energy.

By integrating cutting-edge nanotechnology, BEP aims to deliver game-changing solutions that meet its clients' evolving needs while ensuring enhanced durability and extended service life for critical components. This application could revolutionise automotive, aerospace, and electronics production processes, opening new opportunities for BEP.