Our products

Successful application of CERATOM® technology allows to create thermoelectric heat exchange system of any configuration and size whatsoever either in kind of system produced for use in the specific device with pre-designed parameters.
 
 
Thermoelectric thermo stabilizing system liquid-liquid type Air-to-air heat sink with applied CERATOM® layer Cooling thermoelectric system 110 W Air cooled system assembly 250 W Air cooled system assembly 250 W Samples of cooling systems Air cooled system assembly 250 W Water cooled system assembly 250 W Generator assembly Thermoelectric system TERMIONA Four stage thermoelectric system 70 W thermoelectric system with inbuilt cooling device System for cooling bodies of lasers type ТО3 Water-cooled 55 W thermoelectric system Water-cooled thermoelectric system CERATOM®  layer

CERATOM® technology means thermoelectric systems developed without ceramic plates.


  • Improved performance factor (15 to 30 percent)
  • Cutting in several times period required for assembling thermal systems
  • No polishing/grinding operations and lapping compounds are required
  • Production of systems of any sizes and shapes.

The core business idea of TERMIONA may be outlined as offering state-of-the-art innovation solutions for various industries based on the own scientific development results in field of thermal electricity technologies.


CERATOM® technology developed by TERMIONA is a brand new technology for Russian and international thermal electricity markets. As of today this technology determines the primary specialization of our company, i.e. manufacturing new generation of thermoelectric systems with nanostructured composite heat exchangers, the various thermal electricity devices based thereon inclusive. CERATOM® technology developed and properly patented by TERMIONA company provides some unique consumer properties of non-ceramic thermoelectric systems belonging to new generation.

When producing ceramic-like CERATOM® layer that is the base of our main heat-conducting system we apply more than 10 proprietary know-hows. Such layers allow to produce thermoelectric sytems opening completely new market segments in which previously the use of ceramic Peltier components has been considered theoretically impossible.

 
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