We would like to invite you to explore the opportunities for collaborative research projects, business development, and for market advice. Our priority is to translate our know-how, research, technologies, products and network to help build the products of tomorrow.

What we offer

Our research teams, including our partners, are multidisciplinary, with diverse skills and backgrounds, and exclusive access to state-of-the-art equipment; so CealTech can be your benchmark research and business partner, alike.

We understand your priorities, whether academic or industrial. Share your needs and constraints with us; we’ve also worked in labs and research institutes before.

We focus on the market, and can support with product development. We help improving existing products and servicing, and envisaging new ones.

We can also support and cooperate in a variety of forms such as, collaborative research, research contracts, and research consortiums. We can help looking for the best funding opportunities for collaborative projects.



We are currently focusing on coatings, plastic, elastomers, resin, and many more. Don’t hesitate to contact us with any question you may have. We are always interested to hear from people that have fascination for technology.

CealTech expects the impact of graphene-based composites and coatings to reverberate throughout countless industries, enhancing performance and increasing application possibilities.

For example, the use of graphene in paints and coatings can address market needs such as anti-fouling coatings for boats and fish farms, solar paints to absorb and transmit solar energy, paints that provide insulation for houses, and anti-rust coatings, among other things. Furthermore, lacquers are another application area for graphene, providing more resistance and protection to automotive body structures, joint/bodywork interfaces, and parts exposed to extreme wear.

CealTech sees also the use of graphene (as a conductive nano-filler in the preparation of inorganic/polymer nanocomposites) as a solution that can assist for example the wind energy industry in overcoming problems connected to wind turbine structures, such as lightning strike protection.


In addition, graphene, owing to its barrier properties, can enhance the anti-corrosion properties of the resin since it absorbs most of the light and provides hydrophobicity for repelling water.

One can also cite all the benefits graphene and graphene-enabled products can bring to the Aerospace, Automotive, and Maritime industries in terms of improved mechanical properties, reduced weight, extended lifetime, better insulation and, most importantly, increased safety.

It is noteworthy to mention that all these improvements can be realized at very low filler loadings in the matrix; accordingly, a very small amount of graphene can significantly improve the physical properties of neat polymers.

– Read more about our R&D Chemist Anh Hoang Dam, Ph.D. in this post

For more info, contact anh.hoang.dam@cealtech.com


We are always interested in developing new collaborations. If you are a battery specialist, a material expert, or simply a technology enthusiast, and you want to know more about what we are doing, please feel free to contact us.

Batteries are essential in our daily lives, powering everything from phones, laptops, wearables, to electric tools, and more recently, revolutionizing the Transportation and Energy sectors, where batteries are being increasingly used to electrifying cars, busses, trucks, ships, etc. while providing the beating heart in smart grids structures.

Despite the significance of the economic, environmental and social prospects at play, the market has not yet reflected the growth trend befitting this importance, where current battery technologies remain too expensive, have low energy capacity, and present safety issues and cyclical instabilities. To this end, CealTech has been investigating the current challenges posed to the battery technology. An internal project aimed at understanding the fundamentals behind battery cell performance is already underway, the results of which will feed into bringing to the market a revolutionary battery technology.

At the backbone of CealTech’s battery technology is CealTech’s Graphene, which unlike commercially available ‘graphene’, has a unique 3-dimensional structure, while possessing unparalleled properties, such as extremely large surface area, superior electronic conductivity and mechanical strength.

To overcome the issues with current battery technology, the electrode material in CealTech’s own battery is engineered to have the optimal nano/micro structure that enhances ionic and electrical conductivity, while the electrolyte is modified to be more resistant to passivation, among others. Accordingly, CealTech’s battery, with its advanced anode and cathode materials and electrolyte, is set to iron out all the current bugs of for example, Li-ion batteries.

In collaboration with our partners, we currently continue optimizing the macro/micro structure of the electrode materials and the electrolyte additives, all of which will enable us to produce a safer and more cost-effective battery with outstanding specific energy, higher charge/discharge rate, and superior cyclic stability.

– Read more about our Battery Specialist Fan Huang, Ph.D. in this post

For more info, contact fan.huang@cealtech.com


Consult with us

Our scientists, along with our R&D partners, have extensive know-how and practical experience in custom functionalization of graphene and graphene dispersion in various matrix systems.

Together, we are constantly developing new and improved ways to incorporate graphene into existing engineering materials, to achieve specific mechanical, electrical, or thermal characteristics, as required by our Clients.

This, in addition to having state-of-the-art laboratories, both in-house and through our partners, thus giving us access to some of the most sophisticated and advanced equipment in the world.