When you come up against a unique engineering or research challenge, sometimes conventional material solutions aren’t enough. You need something that can enable you to achieve the otherwise impossible.
Chemical vapour deposition (CVD) diamond can be tailored to help you overcome your engineering obstacles, tackle new fields of research, or performance that makes your brand and products stand out.
Element Six offers a range of CVD diamond grades with unique properties, along with extensive application engineering services to build a bespoke solution for you.
We’ll work with you to solve your challenges. Once we’ve found a solution, our global manufacturing capacity allows us to provide a consistent supply of materials that can scale up to meet your needs as they grow.
Find out the specific details of the performance of our supermaterials and how they apply to your industry:
Buy a sample of Element Six CVD diamond on our webstore.
DNV-B1™ is our first widely-available, general-purpose quantum grade material, ideal for those interested in researching nitrogen-vacancy (NV) ensembles for quantum demonstrations, masers, detection of RF radiation, gyroscopes, sensing and further projects. | Order your samples today
The conformal CVD process enables us to make bespoke shapes around your needs. Precise control of our synthesis processes and our world-class manufacturing capabilities enables us to volume deliver unique products with unique properties.
Free-standing CVD diamond doped with boron combines electrical conductivity with chemical inertness to make electrodes with unique properties and durability. Assembled into an electrochemical cell, Diamox, which won the 2017 Edison Best New Product Award for Environmental Quality, is used in electrochemical advanced oxidation processes.
Visit our dedicated diamond water solutions page to learn more.
We can take precise control of the impurities in our synthetic diamonds to deliver leading CVD diamond for high-energy particle detectors and the emerging field of quantum optics that exploit the unique defects engineered into the diamond.
