Heat Exchanger
LIQUID TO LIQUID HEAT EXCHANGER
Thermovac Aerospace develops the liquid to liquid heat exchangers based on the specifications proved and specially on the fluids used and there thermal energy and the rate of the heat transfer required, fluid temperature , pressure and other relevant details, Thermovac Aerospace having the dedicated inhouse laboratory for extensively testing of the heat exchangers which is designed and developed as per the requirements of the international standards using the high precision measuring tools. We can assure you that the products manufactured by us are highly reliable.
AIR TO AIR HEAT EXCHANGER
Thermovac Aerospace having an expertise in the manufacturing of the heat exchanger based on the specification provided having the inhouse designing & manufacturing facility. Thermovac Aerospace can suggest you from the choosing the material and adopting the suitable manufacturing process and for completely testing the products as per the specification. As the name indicates Thermovac is having the manufacturing facility for development & to do production for air to air heat exchanger air is used to cool the air, the thermal energy is transferred from the hot material to cold material by means of convention. The unique products developed by us have been extensively used in the various application some of them for airborne, military, locomotive & others
AIR TO LIQUID HEAT EXCHANGER
Thermovac Aerospace has developed the air to liquid heat exchangers using the fin & plate-based technology which are used for the cooling of the liquid (fluid) using the air Thermovac developed air to liquid heat exchanger are used in the aviation & military application which was designed & developed at our facility. Thermovac Aerospace can provide you the complete support for manufacturing of the air to liquid exchanger by using the suitable tools, material selection & process adopting for the manufacturing of the heat exchangers
MICRO CHANNEL HEAT EXCHANGER
A we all know that now a days we all are working on reducing the space for performance of the same work example initially computer requires a space of room during 80s as on today we can perform a same/ better amount of work in the tiny and device now a days, similar the micro channel heat exchangers are developed for the high critical application where space and weight of the component plays a significant role the material is developed a very tiny sizes and if required using an nanomaterial can be used for better heat extraction rates which are used in the special applications like space, nuclear, aviation & military.
FUEL COOLED OIL HEAT EXCHANGER
Thermovac Aerospace develops the (FCOC) Fuel cooled oil cooled heat exchanger / Fuel Oil Heat Exchanger (FOHE) the fuel cools the hot oil and the oil heats the fuel for combustion. Fuel flowing to the engine must pass through the heat exchanger; however, there is a thermostatic valve that controls the oil flow, and the oil may bypass the cooler if no cooling is needed A fuel/oil heat exchange system is proposed for an aircraft gas turbine engine for heating fuel leaving the aircraft fuel tanks before it enters the engine fuel system. The proposed system eliminates the separate fuel heater. The oil system is designed so that the fuel is not overheated at the hottest engine conditions, and the fuel/oil heat exchange system is made to increase the temperature of the oil if the fuel temperature drops below a pre-determined limit. Example for usage FCOC is The Fuel Cooled Oil Cooler (FCOC) / Fuel Oil Heat Exchanger (FOHE) exchanges heat between the engine oil and fuel streams. Heat is exchanged in such a manner that the engine oil is cooled whilst the fuel is heated up.
PHASE CHANGE MATERIAL HEAT EXCHANGER
Phase Change Material Heat Exchanger where the heat exchanger uses the phase change material to maintain temperature as name indicates material changes phase from liquid, solid or gas to maintain the temperature now a days lot of lot of research work is going on for the development of the PCM Heat Exchangers so that we can save lot of energy and material studies are going on to find the suitable material based on the applications and selection of the phase change material gives a major role in the development of phase change material heat exchanger development Thermovac Aerospace has developed and supplied the phase change material selection for the material based on their specific requirement
HOW IT WORKS?
The cold plates are made out of Aluminium material because of its excellent thermal properties which helps in the transfer of heat, having good corrosion resistance when used with specified fluid. The good bonding strength which is a result of Vacuum Brazing done at Thermovac Aerospace which have done at most care at each and every stage of the process to achieve the excellent mechanical & metallurgical properties and can be operated at various ambient conditions, Vacuum Brazing having an excellent bonding strength which results in an excellent result in performance wise, Thermovac Aerospace Designed and developed the cold plate will give a unique solution for your thermal needs
OUR MISSION
- Creativity
- Customer enthrallment
- Challenging demands
- Economical
OUR VISION
- Sustainability
- Couples Therapy
- Agronomy Research
- Specializations
OUR SALIENT FEATURES
- Minimumal distortion maintained
- Required ramp rate & cooling rates achieved
- Job temperatures monitored
- No manual interference required / SCADA controlled programs
- Repeatability in the process
- Bright finish after the complete of process
- Superior metallurgical properties achieve
- Trained & qualified manpower
- Controlled cooling achievable
- Step quenching to avoid distortion
- Quenching pressure up to 12Bar achievable
- Facility for material inspection for pre & post process
It’s The Best Solution
Our worldwide presence ensures the timeliness, cost efficiency and compliance adherence required to ensure your production timelines are met.
