Graphene as a Core Technological Pillar
Graphene-based materials represent one of the key pillars of INTERMERCATUS Biotech’s activities.
Within our laboratory operations, we develop advanced processes for the production and practical application of graphene oxide (GO) and reduced graphene oxide (rGO), as part of our proprietary HexyTrix technology platform. Although both materials share a common origin, they differ significantly in their physicochemical properties and areas of application.
Graphene Oxide (GO) Properties and Characteristics
Graphene oxide (GO) is a material with advanced functional and biological properties.
It serves as an effective carrier for active substances, enabling its use across areas such as pharmaceuticals, cosmetics, agriculture, hygiene-supporting solutions, and advanced formulations.
The graphene oxide developed in our laboratory is provided in the form of a stable aqueous dispersion, which represents a significant technological advantage.
Unlike simple solubility, dispersion ensures uniform particle distribution without sedimentation over time, maintaining consistency and stability.
This property is particularly important in applications such as medical-supporting formulations, sprays, hygiene solutions, and advanced functional preparations.
Antimicrobial Activity and Applications
Graphene oxide demonstrates properties that support the reduction of bacteria, viruses, and fungi, resulting from the presence of active functional groups on its surface.
These functional groups interact with microorganisms, helping to limit their growth and activity.
For this reason, in environments where controlled hygiene and surface protection are essential, graphene oxide represents a promising technological solution.
Its applications include:
- surface hygiene solutions,
- protective sprays,
- veterinary-supporting preparations,
- cosmetic formulations,
- personal protective solutions.
Reduced Graphene Oxide (rGO) Material Characteristics
Reduced graphene oxide (rGO) is a material with distinctly different characteristics.
Dark, nearly pitch-black in appearance, it does not disperse in water and requires the use of alternative carriers such as acetone, organic solvents, resin-based paints, epoxy systems, or oil-based coatings.
In these applications, rGO functions as an advanced functional additive that enhances material performance.
Functional Properties and Industrial Use
Coatings and materials containing rGO form protective layers that may help reduce electromagnetic signal penetration, absorb infrared (IR) radiation, and support thermal management.
At the same time, they contribute to limiting the growth of microorganisms on treated surfaces, supporting long-term material protection.
Additionally, rGO exhibits electrical conductivity, enabling applications in electronics, construction, protective systems, and advanced functional coatings.
Raw Material Quality and Sourcing
The rGO used in our projects is sourced from Ridius Grapheneoxide, ensuring high material quality and consistent technological parameters.
This allows for precise adjustment of material properties to specific industrial and technological applications.
Applications Across Multiple Sectors
Graphene-based solutions developed at INTERMERCATUS Biotech, within the HexyTrix platform, are applied across multiple sectors, including agriculture and animal husbandry, where graphene oxide is used in protective sprays, hygiene-supporting solutions, and biosecurity-focused applications.
In cosmetology, GO is incorporated into advanced formulations, supporting skin protection and helping to maintain balanced microbial conditions.
In construction and industry, rGO is used as a component of advanced coatings, paints, and materials designed to enhance durability, protection, and functional performance.
Continuous Development and Responsible Implementation
We view graphene-based materials as a field with significant and continuously expanding potential.
For this reason, we continuously develop, test, and refine new applications for both graphene oxide and reduced graphene oxide within the HexyTrix technology platform.
Our objective is not only to advance the technology itself, but also to implement it responsibly in areas where it can deliver measurable technological, environmental, and performance-related benefits.