Ready For Disruptive Innovation With Graphene?


GOBARR KİMYA LTD.STİ aims to improve mechanical, chemical, thermal and optical properties in composite and advanced coatings with graphene technology. GOBARR has signed a distributorship agreement with APPLIED GRAPHENE MATERIALS,  UK-based R&D company. GOBARR is distributor of APPLIED GRAPHENE MATERIALS UK Ltd products in Turkey.

As GOBARR, our priority is to make science and technology-oriented innovations accessible. With the NOBEL Award-winning discovery of Graphene, new functions and rules of nanocrystalline particle chemistry in all industries will lead to enormous and exciting breakthrough.

We are working excitedly to introduce graphene and share its development with you.

WHAT IS GRAPHENE?

Graphene Single carbon atoms thick and carbon atoms as hexagonal, it is a new carbon sequence formed by bonding to each other and the last 10 years is a revolutionary technological invention. This new two-dimensional carbon atom has become possible to completely change the physical performances known in many products in the nano dimension with its arrangement.

AGM provides early commercialisation opportunities and a competitive edge to its partners through development of reliable graphene application processes.
Our partnership with the most focused and extensive applied graphene research company AGM is a major motivation and momentum source to our company and our local partners alike. We are all very excited share AGM’s products and the value they provide to our respective sectors.

Responsibility

APPLICATIONS & INDUSTRIES

Applied Graphene Materials graphene and graphene dispersions are ideal for use across a number of applications and industries. They can enhance existing products and enable higher performance across paints and coatings, batteries and energy storage, polymer composites and lubricants, waxes and polishes.

The addition of graphene into car care systems has significantly enhanced the properties of waxes, polishes and detailing products. The large surface area, barrier performance, low density, mechanical strength and morphology of AGM’s graphene nanoplatelets, make them ideal materials for the production of superior car care products.

Graphene’s two-dimensional structure in the nanoplatelet form results in very high aspect ratio, high surface area materials which are particularly suited for use as multi-functional additives in paints and coatings.

Graphene’s two-dimensional structure in the nanoplatelet form results in very high performance, high aspect ratio, high surface area materials which are particularly suited to enhancing the mechanical and physical properties of polymer and composite materials and applications.

GNP’s two-dimensional graphitic nature in nanoplatelet form can be employed to develop very light-weight and highly-thermal conductive materials.

The large surface area, high levels of thermal and electrical conductivity, low density, mechanical strength and morphology of AGM’s graphene nanoplatelets, make them ideal candidate materials for applications in lubricant and other functional fluid systems.

The large surface area, high levels of thermal and electrical conductivity, low density, mechanical strength and morphology of AGM’s graphene nanoplatelets, make them ideal candidate materials for applications in electrochemical energy storage systems.