Creation of new materials, technologies and production
LLC "T:SP" is an engineering company in the field of small-tonnage chemistry, our purpose is creation of new materials (including nanoscale ones), the development of production technologies, as well as the continuous enhancement of technologies in order to improve the price / quality ratio.
We have the competencies and experience in solving a full range of tasks when creating world-class materials, i.e. R&D in materials science and chemical technology.
For more than 25 years, our company has been producing coating materials for various thermal spraying methods.
Our employees have experience in the field of chemical technology and engineering. LLC “T:SP” has all the necessary types of state registration, as well as the certificate of compliance with the quality management system EN ISO 9001: 2015.
Our company has developed technologies for producing dozens of types of nanomaterials, including compound oxides of rare-earth metals used for catalytic systems.
We have accumulated experience in the creation and industrial scale-up of technologies for the production of various materials, including nanomaterials, which have a set of predetermined consumer properties - multi-phase, multi-component, various chemical and phase composition, particle shape and size, specific surface area, including thermally stable, a given size and pore volume, etc.
We have the competencies and experience in solving a full range of tasks when creating world-class materials, i.e. R&D in materials science and chemical technology.
For more than 25 years, our company has been producing coating materials for various thermal spraying methods.
Our employees have experience in the field of chemical technology and engineering. LLC “T:SP” has all the necessary types of state registration, as well as the certificate of compliance with the quality management system EN ISO 9001: 2015.
Our company has developed technologies for producing dozens of types of nanomaterials, including compound oxides of rare-earth metals used for catalytic systems.
We have accumulated experience in the creation and industrial scale-up of technologies for the production of various materials, including nanomaterials, which have a set of predetermined consumer properties - multi-phase, multi-component, various chemical and phase composition, particle shape and size, specific surface area, including thermally stable, a given size and pore volume, etc.
We produce the following range of materials
1. Zirconium oxide Yttria-stabilized, spherical, agglomerated
Brand: Z7,5Y S(A), Z13Y S(A), Z20Y S(A)
2. Zirconium oxide stabilized with Calcium oxide, spherical
Brand: Z5Ca S
3. Four-component composition of zirconium oxide with rare-earth metals Z 9.5Y 5.6Yb 5.2Gd, spherical
Brand: Z 9.5Y 5.6Yb 5.2Gd S
4. Zirconium oxide stabilized with Dysprosium oxide, spherical
Brand: Z10Dy
5. Zirconium oxide unstabilized, spherical, agglomerated
Brand: ЦрО, ЦрО-к
6. Ultralight zirconium oxide stabizlized and unstabilized, agglomerated
7. Gadolinium zirconate Gd2Zr2O7, spherical.
Brand: Gd2Zr2O7 S
8. Lanthanum chromite LaCrO3 agglomerated
Brand: LaCrO3
9. Spheroidized REE powders Y2O3, Yb2O3
Brand: Y2O3 S, Yb2O3 S
10. Chromium oxide
Brand: Cr2O3 20-45
Brand: Z7,5Y S(A), Z13Y S(A), Z20Y S(A)
2. Zirconium oxide stabilized with Calcium oxide, spherical
Brand: Z5Ca S
3. Four-component composition of zirconium oxide with rare-earth metals Z 9.5Y 5.6Yb 5.2Gd, spherical
Brand: Z 9.5Y 5.6Yb 5.2Gd S
4. Zirconium oxide stabilized with Dysprosium oxide, spherical
Brand: Z10Dy
5. Zirconium oxide unstabilized, spherical, agglomerated
Brand: ЦрО, ЦрО-к
6. Ultralight zirconium oxide stabizlized and unstabilized, agglomerated
7. Gadolinium zirconate Gd2Zr2O7, spherical.
Brand: Gd2Zr2O7 S
8. Lanthanum chromite LaCrO3 agglomerated
Brand: LaCrO3
9. Spheroidized REE powders Y2O3, Yb2O3
Brand: Y2O3 S, Yb2O3 S
10. Chromium oxide
Brand: Cr2O3 20-45
This list can be multiplied by an order of magnitude if we add the laboratory technologies of hundreds of samples created in the process of selecting compositions and methods for their synthesis.
For the production of such a number of brands of materials, it was necessary to transfer from the laboratory to an industrial scale the entire range of laboratory technologies for the production of materials existing in the scientific literature. At the same time, LLC “T:SP” developed and assimilated a number of technologies for the production of nanomaterials that have no analogues in the world and obtained materials with the unique properties.
For the production of such a number of brands of materials, it was necessary to transfer from the laboratory to an industrial scale the entire range of laboratory technologies for the production of materials existing in the scientific literature. At the same time, LLC “T:SP” developed and assimilated a number of technologies for the production of nanomaterials that have no analogues in the world and obtained materials with the unique properties.
