We have been working on graphene since 2012
Advanced Graphene Products S.A.
Advanced Graphene Products is an innovative company which produces graphene and develops its applications.
We have a globally-unique method of producing large-size graphene, HSMG® (High Strength Metallurgical Graphene), and knowledge and experience in graphene materials and their processing. We produce both large-size graphene and flake graphene, and we work on its application in different industry fields
Flake Graphene
Flake graphene has a form of a dry powder, different types of liquid dispersions and pastes. It is used as an additive to paints, varnishes and composites, improving effectively the properties of a final product.
HSMG® Graphene
HSMG® is a globally-unique graphene type. A high quality material is produced by a method of growing on the liquid metal matrix. HSMG® is a technological solution ensuring the effective and scalable development of new technologies.
Filaments with graphene and traditional filaments
PROGRAFEN filament has excellent mechanical properties, it provides precise printouts and it has an innovative certified formula. Let us discover together the potential of graphene submerged in PL and ABS. Owing to PROGRAFEN filament, you will take your 3D printout to a higher level.
Polymer nanocomposites with graphene
Graphene enables the creation of robust and light composite materials.
- Graphene is approximately 200 times harder than steel
- Graphene conducts heat and electric current perfectly.
- The thickness of a graphene layer equals the thickness of a single carbon atom.
Why should you choose graphene from AGP?
We produce both large-size graphene and flake graphene, and we also produce 3D filament with the addition of graphene. Moreover, we work on its application in different industry fields.
We offer graphene as a raw material for industrial and research-development purposes. As part of our activity, we offer our support in all the activities connected with graphene materials processing and functionalisation in terms of their possible applications.
Popular products made from graphene
Graphene enables the creation of robust and light composite materials.
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Edge Oxidized Graphene Oxide(EOGO) Dispersion
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Graphene paste 30%
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Graphene paste 10%
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Filament PLA Prografen Color
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Graphene Oxide – Dispersion
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Filament PLA Prografen Graphene
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Fiament PLA Prografen transparent
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Filament PET-G Prografen Graphene
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Filament PET-G Prografen transparent
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GO in Water – Graphene oxide – water dispersion conc. 0,1% – 1 mg/ml
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GO in Water – Graphene oxide – water dispersion conc. 1% – 10 mg/ml
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HSMG® na Si/SiO2
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HSMG® on quartz
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rGO – reduced graphene oxide (oxygen content <18%)
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HSMG® on PMMA
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EOGO – Edge Oxidized Graphene Oxide – flake graphene (oxygen content 5-10%)
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Frequently asked questions (FAQ)
Our Sale Support Department, in cooperation with the Research and Development Department
will answer with pleasure all your questions concerning our products,
cooperation, the availability of measurement instruments or scientific knowledge.
Yes. Advanced Graphene Products is the first Polish company which produces graphene on a mass scale. It is also a company which commercialises the use of graphene by introducing it , among other things, to a filament for 3D printers or various types of dispersions.
Graphene was discovered by Russian physicists, Andre Geim and Konstantin Novoselov. Those two scientists decided to exfoliate the tip of a pencil with a self-adhesive tape, in a circle, in a repeatable movement, in order to check whether it is possible to isolate a single graphene layer. Finally, they succeeded and they were awarded with the Noble Prize for this discovery, which looked like a childish experiment. In fact, they not only isolated graphene but also tested its properties. Graphene is a structure in which carbon atoms are arranged into a hexagonal shape of a honeycomb. There is nothing extraordinary about it: graphite is the same but it consists of many graphene layers one on another. The possibility that graphene may have unique properties was tested earlier but scientists believed that it would have been impossible to isolate the 2D material in nature without its immediate disappearance.
Graphene is an exceptional material and we can hear about hundreds of its applications - resistant, impermeable materials e.g. anti-mosquito clothing or medical clothing, ultralight liquid crystal screens or even the use of graphene in bionics. Many of them will not be implemented due to production costs. A problem which had to be faced by science were the possibilities of graphene production on an industrial scale. Currently, we are working on feasible solutions for quick commercialisation – the use of graphene in the production of polymers, greases, oils and anti-corrosion coats. It can also be used in the production of filaments for 3D printers. Due to properties connected with electric conductivity, graphene, in a proper form, may also be used in electronics, microsensors and wiring.
Yes. As the only producer of graphene in Poland, we have significant scientific and organisational resources in this regard, which allow for the commercialisation of graphene applications on an industrial scale. The productivity of AGP allows for the annual production of 100 kg of flake graphene and 150 m2 of large-size graphene.
Flake graphene is made from a graphite precursor as a result of a chemical synthesis or mechanical processing consisting in the defragmentation of a graphite structure into single graphene flakes. Flake graphene has a form of a dry powder, different types of liquid dispersions and pastes. It is used as an additive to paints, varnishes and composites, improving effectively the properties of a final product.
HSMG metallurgical graphene is a large-size quasi-mono-crystal graphene and it is produced by a metallurgical growth on liquid metal. This growth technology is patented and implemented by Advanced Graphene Products in mass production.
No. Graphene is a material consisting of carbon atoms combined in a hexagonal mesh. It is called a 2D material due to its structure; it has the thickness of one atom. Graphene is a one atom thick carbon structure with the appearance of a honeycomb. It is almost transparent, resistant to stretching and it conducts electric current very well. Graphite, in simple words, are many layers of graphene. We know it thanks to pencils - it is greyish-black – extremely brittle. It also stands out for good electric conductivity.
There is research conducted concerning the use of graphene in the lithium-ion cells of batteries.
According to the forecasts published by Grand View Research, by 2027 the global market of graphene will have exceeded USD 1 bil. The highest demand on graphene comes from the electronic sector and it is to reach more than USD 391 m. Graphene market is highly concentrated and most suppliers and producers are based in China. During emission we obtained PLN 7.4 m. from the market. This will allow to implement projects commercialising the graphene technology not only in our country.
Yes, graphene demonstrates excellent properties within electric conductivity.
Graphene is a material which is more and more used commercially. In the automotive or shipyard sector, there are paints and greases used with addition of graphene which ensures high anti-corrosion properties. It is commonly used in 3D printing and also in the medical sector. The possibilities of graphene use are practically limitless.
Graphite is a durable carbon allotrope which has a crystalline structure and the form of carbon. It has a large number of carbon layers. It is brittle. Furthermore, graphite carbon atoms are joined together with convalescent bonds; one carbon atom has three convalescent bonds around and there is a free electron. Graphene is a single layer from many graphite layers. A graphene carbon sheet has four bonds, including three sigma bonds around the carbon atom and one pi bond directed beyond the plane.
Graphene, due to its carbon structure, is close to biological structures. Carbon is one of the most bio-conforming elements for live organisms. Moreover, graphene, as a durable, transparent and chemically resistant material is used more and more widely for the production of all the types of implants, substrata for the cultivation of artificial tissues or biosensors. It is used for the prototyping of prostheses.
Plenty of researches on the biological application of graphene are focused on experiments connected with the anticancer effects of graphene or the complexes containing graphene. Nevertheless, these are the researches at early stages.
Poland has more than 10 years’ history of researching graphene. In a few research centres there have been numerous tests conducted for a decade concerning the possibility of using graphene in commercial projects. Graphene may be one of the most useful materials in the world. Although it has the thickness of one carbon atom, it is many times stronger than steel and extremely flexible. Since it was isolated for the first time by scientists in 2004, the list of patents concerning graphene has been growing exponentially every year. This material will soon initiate a technological revolution which really can change the world.
Graphene is the allotrope variation of carbon with a flat, 2D structure consisting of one layer of carbon atoms combined into hexagonal carbon rings, forming a hexagonal network resembling a honeycomb. Carbon atoms within a layer are joined by convalescent bonds with hybridisation sp² – each atom forms three σ bonds with adjacent atoms and one π bond directed beyond the plane.
Graphene may contribute significantly to the changes in the properties of various materials, including, in theory, those used for the production of safety seatbelts. Yet, any research conducted within this scope is not known to us.
It is said a lot that graphene may replace silicon in the production of electronics, but as for now it is too early for such statements. Undoubtedly, graphene properties open a range of new possibilities for the producers of processors or microchips.
As with silicon, graphene may replace lithium used in batteries successfully. A barrier here is a properly high production of graphene.
Graphene will not replace steel but its addition to various materials will make them more durable and resistant. In this way, it may revolutionise the sector of construction and heavy industry.
We create
the future
together
We focus on the development of a potential of new technologies based on
all the types of graphene materials.
As part of industrial cooperation and our own research-development works,
AGP devises modern technologies of graphene implementation.