Cambridge Nanolitic Limited

**Hydrogen** is considered a fundamental energy vector to achieve net zero emissions by 2050, as reflected both by UK and EU government policies. However, use of hydrogen brings significant material challenges, with **hydrogen embrittlement (HE)** being the most critical. Development of innovative Hydrogen Embrittlement Protection Coating is a collaborati...

Plasma processing is widespread for high performance materials, but has increasing applications for chemical products and intermediates. For the most common type of plasma reactor -- the dielectric barrier discharge -- to be durable for the continuous production of chemicals over a long lifetime, the dielectric coating must be robust in material selection...

Project "Multifunctional nanoceramic surfacing for titanium implants" aims to explore the technical feasibility of a novel nanoceramic surfacing for titanium implants developed by Cambridge Nanolitic (CNL) to enhance their biocompatibility and osseointegration. Cambridge Nanolitic believe that Ti implants with nanoceramic surface effectively combine the b...