Thermosys Vadodara, GJ

THERMOSYS is years old brand name engaged in manufacturing of Heat Transferring Systems incorporating Heat Pipe as a main device. Our Heat Transferring Systems include Heat Pipe Cabinet Cooler, Electric Panel Cooler, heat recovery heat exchangers for flue gas heat recovery, furnace heat recovery, Recovery from chemical driers and oil coolers. We started making Heat Pipe Cabinet Cooler in 1986, after that we extended our scope of services towards Military as well as Space applications helping them to solve thermal problems with the help of Heat Pipe Cabinet Cooler. WHAT IS A HEAT PIPE? Heat pipe is a close loop evacuated tube having a capillary wick structure along its inside periphery, Inside the tube there is liquid (usually water or alcohol), which works as a heat transfer agent. As soon as the heat is applied at either end of heat pipe liquid inside enters the vapor state, in return it picks up latent heat of vaporization. Due to pressure difference inside the tube, Vapors travel at sonic speed towards the other end of the tube where it gives up the latent heat of condensation. Condensate returns back to the heat in section of the heat pipe through capillary structure. This process of evaporation and condensation makes the heat pipe capable of transferring large quantity of heat with a small temperature gradient along the heat pipe length. Unparallel to its heat transfer capacity heat pipes are thousand times faster than any known metal in the world, (even copper or silver), That’s why heat pipes are called hyper heat conductors. As there are no moving parts inside the heat pipe, they can last very long period of time giving uninterrupted services. Modern day electronics continue to be placed in denser packaging and smaller enclosures. Consequently, electronics are being designed to handle higher temperatures. So they require high degree of cooling methods, e.g. air conditioners, fan cooling, water circulation, and oil circulation. Where air conditioners have disadvantage in coastal areas or in rainy seasons when humidity level is too high, Condensation of moisture can damage sensitive electronic equipments. Sealed cabinets can protect the electronics, but it can lead to overheating of components, which may cause instability and unnecessary breakdowns in operations. Fan cooling can invite moisture and dust inside the cabinet which may be fatal for electronic systems. The effective alternative to above problems are Heat Pipe Cabinet Cooling Systems. Our Heat pipe cabinet cooler is a compact small-sized and light-weight, air to air heat exchanger that solves these problems by cooling and re circulating clean air inside the cabinet and maintains the enclosure’s protective seal against contaminants. It is partitioned at the center having two small fans at both the ends, Partition plate is sealed with a gasket. Half the portion of the heat exchanger is placed inside the cabinet and other half remains out side the cabinet. Hot air inside the cabinet is delivered on to the heat pipe surface with the help of a small fan, here heat pipes absorbs the heat and transfers it to the other end of the system which is placed outside the electronic cabinet. It is cooled by another small fan located at this end. Temperature inside the cabinet remains few degrees centigrade above ambient. Power drawn by the Heat Pipe Cabinet Cooler is very small. It is one-tenth compared to the conventional methods of cooling. It requires just one hour for installation, is hassle-free and easy to maintain. Our Heat Pipe Cabinet Cooler just requires changing of fans after every five years. We offer Heat Pipe Cabinet Coolers in different sizes. Water cooled models are available in case temperature required is below ambient level. Corrosion proof models also available as per request. Standard heat pipe cabinet coolers are MS power coated, but they are also available in corrosion proof anodized aluminum housing if required. Different models are available as per the heat transfer capacity requirements. Information required is as mentioned below. Area of cabinet in ft 2 Max. Temperature in o C of inside the cabinet area ÃŽ” T Required (ÃŽ” T is permissible temperature rise above ambient after panel cooler is installed) ÃŽ” T required below ambient ( In case water cooled heat exchanger required) Power to be dissipated in watts/hr. Information about the cooling medium, (Whether any corrosive contaminants in the medium). Ambient temperature in o C around the cabinet area Owing to the above attributes, we have secured a top notch position as one of the major Heat Pipe Cabinet Cooler manufacturers and suppliers in Gujarat, India.

We are reckoned as one of the prime Loop Thermosyphon Heat Pipe Suppliers in Gujarat. Catering to the exact expectations of the clients, the company has acquired noteworthy position amidst the trusted Heat Pipe System Manufacturers. The use of optimum quality materials in the manufacturing of the Heat Pipes ensures high durability, tensile strength and resistivity to adverse conditions. The unmatched quality and unsurpassable performance has also made the Loop Heat Pipes ideal for different industrial applications. What is a Heat Pipe? Heat Pipe is a close loop thermosyphon with the capillary structure along its inside periphery, A compatible liquid is used as a heat transfer agent to carry heat from one end to another end. The end where the heat is applied is called as evaporator end, and the other end where the cooling medium is provided is termed as a condenser end. As soon as heat is applied to the evaporator end, liquid inside vaporizes and carries latent heat of evaporation at sonic speed towards the condenser end, where cooling medium cools the vapors which in turn condenses on inside wall of the tube releasing latent heat of condensation. Due to continuous cycle of evaporation and condensation large amount of axial heat is transferred, heat pipe operates isothermally along its entire length, that means there is hardly any temperature difference left along its entire length. Heat Pipes are termed as super heat conductors because its heat absorbing capacity becomes hundred times more and its axial heat transfer rate becomes thousand times faster than any known metal in the world, even copper or silver. (In spite of the fact that copper is one of the tube material used in the construction of a heat pipes). Due to its phenomenal heat transfer rate, it is used by almost all the industries of the advanced world all over. Applications Computers, Plastic Molding, Space Electronics, Heat Recovery from the Flue Gas of Industrial Boilers, Solar Heat Receivers, Dryer Heat Recirculation, Oil Coolers, Ovens, Electrical Panel Cooling, Electronics Welding Machines, Power Transformers, and thousands of other application, as the Heat Pipes are isothermal, they are used as a heat equalizers. Advantages of Heat Pipe Systems No cross contamination: Both hot and cold sides are perfectly separated by a splitter plate.No moving parts: There are no moving parts inside the Heat Pipe, so no wear and tear.No additional power required to run the system.Remote heat removal : Remove heat from the areas where it is not conventionally possible to provide medium for cooling, Heat Pipe can remove heat from such areas and take it to the distance where the medium can be provided.Perfect Stream Separation for heat recovery systems. Features Efficient to remove heat from even smaller areas to long distancesIt can pickup heat from one end and transfer it to a remote end away from the heat sourcePerfect to be used many ways like as a heat dissipaters, Heat recovery, Heat equalizers, Solar heat collectors etcAvailable in various sizes from 4 mm to 50 mm and shapes like Round, square, rectangular, U shaped, C shaped, L shaped Flat plate type, Annular etc Heat Dissipaters Control panel coolingPower amplifiersPower suppliesPlastic molding (mould cooling)Rectifier coolingOil coolers (pneumatic power packs, Gear box oil etc.) Heat Equalizers In heat equalizer, heat pipe can be used to remove temperature gradient from metal surfaces, because heat pipe is an isothermal device like it can equalize temperature of a plastic molding feed screw. Solar Collectors Heat pipes are widely used in solar water heaters all over the world, as they have very high efficiency than the conventional receivers.

We have carved a niche as one of the forefront Heat Recovery System Manufacturers in India. Meeting the specific requirements of the different industrial applications, the company has marked its presence in the as one amidst the major Exhaust Heat Recovery System Suppliers. The materials used in the manufacturing of the Industrial Waste Heat Recovery Systems ensure high durability, tensile strength and resistivity to adverse conditions. It is possible to recover up to 50 to 85% of heat from the industrial waste heat like Boiler Exhaust, Heat from Foundries, and Chemical Dryers etc. Some heat can be re-circulated for pre heating fresh air or boiler feed water. Advantages of Heat Recovery Systems Perfect Stream Separation for Heat Recovery Systems.No Additional Power Required to Run the Systems.No Moving Parts / Long Life of the Systems.Remote Heat Removal