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New project
High-Specific-Surface-Area Packing for Chemical & Petrochemical Industries
Mass transfer processes are essential in the chemical and petrochemical industries for separating, purifying, and reacting different chemical components. These processes rely on efficient phase contact between gases and liquids or between immiscible liquid phases to achieve optimal separation.
The fundamental concept of Undereslab research & development
3D printing remains an efficient and competitive way of producing complex parts during the development and testing of new design solutions.
Unlocking the potential of 3D printing capabilities is not possible without access to unique development opportunities both new materials and design solutions with a wide range of applications.
We propose a new conception for the additive industry. The idea is to use small unit for production wire or powder of titanium and other alloys near by the 3D printer.
The introduction of our technological solutions into the 3D prototyping complex provides unique development opportunities for engineering and academic groups in terms of developing unique design solutions in widespread use, completely independent of global raw material supply chains.
Product Solution
We are engaged in the development of new technologies, research, design, manufacture of non-standard research, experimental and industrial equipment.
Competence
(Industrial and R&D)
Powder metallurgy
Metallurgical processes
Plasma chemical processes
Hydrogen storage
Consulting in Si, Ti, Zr and Hf production
Producing spherical and non spherical metal powders for AM
Equipment
Design - create
Production
Optimization
Designing
Industrial solution
Complex solution for R&D
Basic design
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Non-standard equipment (plasma, chemical, powder processes)
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