CEALTECH FEATURED IN THE GRAPHENE-INFO
CealTech’s marketing and sales manager explains the company’s technology and business Norway-based CealTech was established in 2012 to commercialize a…
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CealTech announces arrival of prototype graphene production unit
Stavanger, Norway – December 5, 2017; CealTech AS announced today that it received its first prototype graphene production unit (aka,…
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Graphene: The future of cancer therapy
Cytotoxic agents are currently the main course of treatment for metastatic cancers. Unfortunately, these treatments often result in the destruction…
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ARTICLES
CEALTECH FEATURED IN THE GRAPHENE-INFO
CealTech’s marketing and sales manager explains the company’s technology and business Norway-based CealTech was established in 2012 to commercialize a…
Read more »
CealTech announces arrival of prototype graphene production unit
Stavanger, Norway – December 5, 2017; CealTech AS announced today that it received its first prototype graphene production unit (aka,…
Read more »
Graphene: The future of cancer therapy
Cytotoxic agents are currently the main course of treatment for metastatic cancers. Unfortunately, these treatments often result in the destruction…
Read more »
Processability: Graphene Dispersion
The term ’processability’ can be defined as the ease with which polymers, whether neat or compounded, can be handled on…
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How are we planning to improve batteries performance with Graphene?
Graphene-based nanomaterials used as additive in electrodes for Lithium-ion batteries (LIB) hold the promise of great improvements. In this regard,…
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Graphene Functionalization
The example above shows how functionalization prevented agglomeration after mixing, and ensured high compatibility of functionalized graphene in the mixture.…
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COMPLETED PHASE #1 OF ’GRAPHENE ANTI-CORROSION COATING’ CLIENT PROJECT
CealTech has announced successful completion of phase #1 of a Client project, aimed at developing a Graphene-based coating for anti-corrosion…
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A new world composed of graphene-based technology – Nai-Cheng Yeh, TEDxTaoyuan
Want to learn more about our production technique? Watch this video with Prof. Nai-Chang Yeh. Yeh’s principal research field…
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CealTech meets with Norwegian Prime Minister – Erna Solberg
Photo: ASGEIR AGA NILSEN
Article from E24 – May 25th – 2017
David Boyd presenting at Business for Peace Foundation
Watch David Boyd perform “Graphene: Advancing Opportunities
CealTech Presenting at the Enova conference
Michel Eid, our sales manager, presented Graphene and CealTech at the annual Enova conference. Link to the presentation and video…
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End-User Applications
By enabling high quality graphene at industrial scale, a wealth of applications is finally possible. These include, to name but…
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The Differences Between Graphene and Graphyne
Many people will have heard of graphene, even if they don’t know exactly what it is. Graphyne, on the other…
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High-speed and on-silicon-chip graphene blackbody emitters
A research team from Japan has developed an integrated, high-speed and on-chip blackbody emitter based on graphene. The team reports…
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Japanese team synthesizes helical nanographene for the first time
Researchers from Kyoto University and Osaka University report for the successful synthesis of helical nanographene. These graphene constructs previously existed…
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EU project to develop graphene-based products for protection of artwork
An interesting project under the H2020 initiative is GRAPHENART – focused on examining graphene as an anti-fading agent for the…
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Rice team created graphene pellets using a simple, scalable process
Researchers at Rice University have demonstrated the mechano-chemical assembly of functionalized graphene layers into 3D graphitic solids (“graphite pellets”) via…
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Researchers solve the problem of how to separate an individual layer of graphene from a graphite crystal
Researchers from Freie Universität Berlin, Friedrich-Alexander-Universität Erlangen-Nürnberg (FAU) and Universität Ulm have defined the mechanism on which the wet chemical…
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Two graphene layers placed so close together that an electric current spontaneously jumps across could benefit DNA sequencing
Researchers at Leiden University in the Netherlands have managed to bring two graphene layers so close together that an electric…
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Graphene oxide to potentially remove obstacles for lithium-metal batteries’ adoption
Researchers at the University of Illinois at Chicago have developed a solution to a problem that has been setting back…
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Scientists get a good look at electrons inside graphene
Scientists have demonstrated how to view many-particle interactions in graphene using infrared light. Electrons in graphene—an atomically thin, flexible, and incredibly…
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Chinese team develops a fire-alarming wallpaper with a graphene oxide sensor
Scientists from the Shanghai Institute of Ceramics in China have developed a ‘smart’ wallpaper based on highly flexible fire-resistant inorganic…
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Mission
Unlock Graphene full potential by producing Graphene at industrial scale, and enabling the development and commercialization of graphene-based products.
Values
Commitment to safety and respect for the environment; value creation and innovation; excellence in execution and consistency in delivery; customer focus and continuous quality improvement; sustainability and operational efficiency.
Vision
Change the way we store Energy; Change the way we travel; Change Electronics; Change Medical Treatment…Change the World!
Graphene is undoubtedly emerging as one of the most promising nanomaterials because of its unique combination of superb properties, which opens a way for its exploitation in a wide spectrum of applications ranging from composites and coatings to electronics, optics, sensors, and biodevices.
SURFACE AND STRUCTURAL
Graphene is the strongest material ever tested, over 200 times stronger than steel. This makes it ideal for use as reinforcement in structures while reducing weight considerably.
THERMAL
Graphene has the highest thermal conductivity known to man. It is ideal for applications involving the need of efficient cooling. In electronics, it has a great impact on CPU cooling and energy efficiency.
CONDUCTIVITY
Graphene can conduct electricity even better than copper. Batteries will charge up to 100 times faster, CPU speed increases <100 times. Other areas of use include conductive inks and paints, touch screens and wearable electronics.
TRANSPARENCY
Graphene can absorb UV light up to 97.5%. It has great potential in photo voltaic applications such as solar cell technology. It also filters radiation, greatly increasing wireles data transmission.
FLEXIBILITY
Graphene is flexible and can stretch to 120% of it´s original length. Paired with it´s conductive properties, it can be used in smart clothing, wearable electronics, coatings for antennas and other flexible structures.