About us

Nanomaterials R&D is a manufacturing company. It makes a broad spectrum of dispersive and pressed oxide nanomaterials. The company's work directs the creation of nanopowders for research investigation.

We propose a series of materials with pre-determined characteristics (sizes, phase and chemical composition, surface state, kind and amounts of different dopants). There are very important for investigators in the next points:

• study of structural parameters in dependence on types of bulk and surface structure defects, chemical and phase composition, size factor, kind of active surface centres, nature and amounts of dopants, other;
• investigation of the influence of structural parameters on functional characteristics of these materials.

The technology of chemical co-precipitation uses for the synthesis of oxide materials. The different metal salts and agents-precipitators are used to obtain materials as in amorphous and crystalline states. A volume of synthesised product is closed to semi-industrial (up to 10 kg in the month) and easily can be updated to industrial scale.

The technology of chemical co-precipitation uses for the synthesis of oxide materials. The different metal salts and agents-precipitators are used to obtain materials as in amorphous and crystalline states. A volume of synthesised product is closed to semi-industrial (up to 10 kg in the month) and easily can be updated to industrial scale. Materials based on zirconia with complex doping are more significant in company production, but other oxide materials are also available.

We propose dispersed nanopowders and pressed or ceramic nanomaterials (in tablet, plate or cylinder form). The uniaxial or high isostatic pressure (up to 5 MPa) is used for obtaining the pressed state. It allows expanding application of such materials in research works, particularly to investigate the influence of pressure on materials forming and sintering.

We form nanopowders for scientific investigation of nanomaterials for broad tasks

• ceramic technologies (press, casting, 3D-printing),
• study of different dopants on sintering materials and their construction properties;
• study of functional properties materials for catalysis, photocatalysis, hydrogen and other alternative energy, optics, magnetic, luminescent, or other applications, et.

For order, we propose the creation and synthesis of oxide nanomaterials with necessary for investigators characteristics, chemical and phase compositions.

The synthesis occurs in the chemical laboratory that certified according to quality standard ISO 9001:2015.