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.
Main Page Applications

Cooling & heat setting


Optoelectronics

The opportunity to function simultaneously in a quality of cooler, heater and temperature sensor, indifference in respect of space orientation, high reliability, soundless work and small size of thermoelectric systems produced by TERMIONA make them indispensable for cooling solid-state lasers, bodies of lasers type TO3, light emitting diodes and the other optoelectronics appliances. To maintain proper operation mode of semiconductor laser diodes, super-luminescent diodes, transmission lasers and light emitting diodes a stable wave length and permanent temperature is required. TERMIONA is ready to offer the efficient solutions for laser cooling.

 

Telecommunication facilities

In comparison with the other technologies exploited in contemporary electronics the technology of making state-of-the-art processors is the most progressive. Primary requirements applicable to their parameters are the increase of their functional speed and the reduced power consumption attained for the account of reducing their feed voltage. Thermal stabilization criterion is of a paramount importance in terms of proper functioning winchester disks, video cards, mother boards, CD-ROMs and other personal computer components.

 

Thermoelectrics in transportation industry

Resistivity to vibration and mechanical impacts, possibility to function in reverse service mode, simplicity and unorthodoxy of devices developed on the basis of non-ceramic thermoelectric modules and systems produced by TERMIONA opens new opportunities in transportation industry. Making use of CERATOM® technologies in the production of air conditioning components for railway cars and climate control systems intended for seats installed in passenger cars and special vehicles whatsoever is provided by significant improvement of their application conditions and price policy pursued by TERMIONA.

 

Industrial applications

Owing to the sustainable demand for thermal stabilization for a great variety of market products the number of industrial applications of thermoelectric systems is currently very diverse as well. To such products may be reasonably referred semi-conductor devices, various accessories for oil- and gas prospecting works, air dryers, cooling systems intended for various electronic equipment, refrigerating equipment for use both inside premises and outside thereof, fireproof pumping appliances, and temperature control systems intended for critical units of machine tools and mechanisms.

 

Civil engineering

The devices with application of new generation TERMIONA non-ceramic thermoelectric systems have no competitors in the practice of manufacturing civil engineering appliances intended for use in both ordinary and extreme operation conditions. Resistivity to vibration and mechanical impacts, service simplicity, high reliability and wear resistance – all these advantages make thermoelectric systems produced by TERMIONA Company ideal appliances for application in civil engineering industry.

 

Heat setting in house appliances

Small-size thermoelectric refrigerators and mini-bars, coolers for potable water and tonic beverages, coolants for medicine preparations, mini-refrigerators for cosmetics, portable automobile refrigerators and picnic boxes based on thermoelectric systems for cooling and heatsetting produced by TERMIONA have a line of unquestionable advantages in comparison with their analogs produced with the use of other design solutions.

 

Medicine

Reliability, ultra-compactness, noiseless, environmental friendliness and high operation accuracy of TERMIONA non-ceramic thermoelectric systems based on nanostructural composite heat exchangers makes them extremely suitable for use in medicine and laboratory equipment that need in proper management of their respective heat resources. The most widely systems based on thermoelectric modules are used in thermostats intended for the laboratory application in medicine, pharmaceutics and scientific researches.