CealTech AS
Kanalarmen 22
4033 Stavanger
Norway
Jon Are Beukes
Dr. Scient. CEO
beukes@cealtech.com
(+47) 404 08 718
CealTech’s technology and research are based on advanced materials science and extensive expertise in graphene, enabling practical applications of graphene-based solutions.
Our core capability is the development and production of high-quality graphene with controlled structural properties, enabled by our patented methods and deep material expertise.
Our technology underpins a range of application areas — from graphene-enhanced composites and coatings that improve strength, durability and resistance, to energy-related materials designed to push the boundaries of battery performance.
CealTech’s materials are developed with a clear understanding of real-world application needs. By tailoring graphene dispersion, surface characteristics and functionality, we support partners in translating material advantages into measurable improvements in mechanical, electrical and thermal properties.
CealTech maintains active research efforts that are tightly connected to application-oriented material development. The company’s research team — working independently and with external partners — combines multidisciplinary expertise and access to advanced laboratory infrastructure. This enables exploration of graphene’s interaction with various matrix systems and the development of new functional material concepts.
A significant research focus is understanding and improving graphene-based composites, coatings and energy materials. These projects aim to harness graphene’s potential to improve durability, corrosion resistance, conductivity and other key properties in engineered systems. Examples include work on graphene enhanced coatings for industrial structures and graphene-based components for next-generation energy storage.
CealTech’s research also explores fundamental aspects of battery technology, such as optimizing electrode structures and electrolyte characteristics to enhance energy capacity, charge rates and cycle stability in advanced cells.