Our carbon exfoliation processes have proven reproducibility meaning we can use characterisation methods to trace exact batches and even manufacture times
We can tailor our synthesis to yield materials of exact characteristics such as conductivities and transmissions. This means our materials can be employed in a number of fields, tailored simply at manufacture
The versatility of our unique manufacture methods have been proven across a large number of parameters meaning we are able to work from requirement briefs and confidently provide performance excellence in our materials
Get in touch with us for a discussion with one of our senior team members about your materials requirement, application, supply level etc. We'll go away and present a plan and price including ongoing supply chain analysis where relevant.
We engage in our teams to deliver the perfect materials solution fort you. We undertake our unique processing methodologies and synthesis techniques across a number of chemistries and technologies. We always aim and strive to deliver a very high quality product on time.
With succesful fullfiment of a technical solution, we are confident our processes are 100% reproducible, traceable and reliably scalable. This means, whenever necessary you'll be able to request further batches of identical material and or scale production to continuous manufacture (Capable of around 10 tonnes/year)
Our materials have been employed across a large number of industry sectors and applications. These span from the pharmaceutics across to defence and security. Our unique and reproducible processes mean tailored fit and required industrial standards can be met no matter the use area
We work closely with our customers to ensure a perfect problem/ solution fit is delivered every time. The materials we provide are dictated by their requirement as opposed to performance being limited by materials choice
Our unique and patented processes allow our materials to stand alone in terms of performance characteristics. As a result, they have been employed across a vast array of settings requiring critical material behaviours.
