Heat Exchangers Dealers in Kurichi, Coimbatore

We are offering FRP Round Cooling Tower to our client.We avalable small size to bigger size of the industrial FRP Cooling tower induced draft. Our Product range from 10 TR ,15 TR , 20 TR, 25 TR ,30 TR , 50 TR ,80 TR , 100 TR, 150 TR, 200 TR, 250 TR, 300 TR, 350 TR, 400 TR, 500 TR ,800 TR, 1000 TR .We have experienced FRP molders .So FRP has been strong bonding of fibre matrix with Resin matrix.  Its easily remove the heat from the process. Heat dissipation easily will be conducting.All the steel material to be GALVANIZED for anti corrosion purpose.We have experienced FRP COOLING TOWER ERECTION TEAM . So easily erection and commissioning for avoiding extra days for run the process.We monitoring periodically maintenance and asking performance to supplied FRP cooling tower .

• Type: Modular Cooling towers
• Material: Fiberglass Reinforced Plastic (FRP)
• Certification: ISO 9001:2008
• Application: Heat Exchanger
• Color: Blue, Grey
• Condition: New
• Power: 3-6kw
• Driven Type: Hydraulic
• Warranty: 1year
• Country of Origin: India
• Brand Name: World Cooling Towers
• Feature: Modularity, Energy Efficiency, Compact Design, Ease Installation $ Maintenance, Corrosion Resistance
• Cooling Type: Evaporative Cooling, Dry Cooling, Hybrid Cooling

• Temperature: 40-45 Deg C in the outlet
• Pressure: UPTO 70 Kg/sq.cm
• Type: water cooled/ air cooled
• Application: Compressed air/Heat exchanger for genset application

• Size: 4 inch
• Inlet Temperature: 260 Degree Celsius
• Country of Origin: Made in India
• Surface Finish: Polished

Finned Tube Heat Exchangers is a type of heat exchanger design that uses plates and finned chambers to transfer heat between fluids. It is often categorized as a compact heat exchanger to emphasise its relatively high heat transfer surface area to volume ratio. The plate-fin heat exchanger is widely used in many industries, including the aerospace industry for its compact size and lightweight properties, as well as in cryogenics where its ability to facilitate heat transfer with small temperature differences is utilized.   A high degree of flexibility is present in plate-fin heat exchanger design as they can operate with any combination of gas, liquid, and two-phase fluids. Heat transfer between multiple process streams is also accommodated, The main four type of fins are: plain, which refer to simple straight-finned triangular or rectangular designs; herringbone, where the fins are placed sideways to provide a zig-zag path; and serrated and perforated which refer to cuts and perforations in the fins to augment flow distribution and improve heat transfer.   Specifications : Originally conceived by an Italian mechanic, Paolo Fruncillo. A plate-fin heat exchanger is made of layers of corrugated sheets separated by flat metal plates, typically aluminium, to create a series of finned chambers. Separate hot and cold fluid streams flow through alternating layers of the heat exchanger and are enclosed at the edges by side bars. Heat is transferred from one stream through the fin interface to the separator plate and through the next set of fins into the adjacent fluid. The fins also serve to increase the structural integrity of the heat exchanger and allow it to withstand high pressures while providing an extended surface area for heat transfer. Applications : The cost of Fin heat exchangers is generally higher than conventional heat exchangers due to a higher level of detail required during manufacture. However, these costs can often be outweighed by the cost saving produced by the added heat transfer. Fin heat exchangers are generally applied in industries where the fluids have little chances of fouling. The delicate design as well as the thin channels in the fin heat exchanger make cleaning difficult or impossible. Advantages : High heat transfer efficiency especially in gas treatment Larger heat transfer area Approximately 5 times lighter in weight than that of shell and tube heat exchanger. Able to withstand high pressure

Compact Heat Exchangers transformer at a given flux density increases with frequency by operating at higher frequencies, transformers can be physically more compact because a given core is able to transfer more power without reaching saturation and fewer turns are needed to achieve the same impedance.  

PRESSURE VESSELS   We Heat Transfer Equipments Pvt ltd extend our global services with design and manufacturing of all types of pressure vessels for the Industries with (or) with out U stamp as required. Below are some of pressure vessels up to 250 bar pressure can be manufactured in Heat Transfer Equipments Pvt Ltd.   DESIGN OF HEAT EXCHANGERS AND PRESSURE VESSELS   We HTE is ASME (American Society for Mechanical Engineers) approved manufacturers for Heat Exchangers and Pressure vessel, Our products are Designed, Manufactured and Inspected as per the U stamp vessel Consideration. Our Shell and Tube Heat Exchangers Design Process Contains Two Parts - Thermal and Mechanical Design.   We are in Design and manufacturing of the heat transfer equipments as per the TEMA (Tubular Exchanger Manufacturers Association) ASTM Section (VIII) (unfired pressure vessels) BS, DIN Standards. And follows IS 2825, IS 6088, IS 4503, codes.   We are ASME certified on June 30th 2011 to manufacturer Heat Exchanger in India. ASME - [The American Society of Mechanical Engineers]. We are U Stamp and S Stamp Certified that Authorized for Manufacturer and Assembly of Power Boilers and Pressure Vessel. Click to view larger. 1. Mist Eliminators2. Filter housings3. Air receivers4. Headers5. Storage tanks6. Column7. Vacuum pre concentrator8. Nuclear waste storage tanks9. Economizer coils10. Feed surge drums etc.

Buyers can avail from us Square Shape Cooling Tower that comes in different capacities. The Square Shape Cooling Tower is of the design: vertical induced draft counter flow, with a uniform distribution of water and an optimal transfer of heat. Square Shape Cooling Towers are nothing but heat rejection devices that are used to remove unwanted heat into the air from the cooling stream of water to a reduced temperature. Square Shape Cooling Towers are utilized by all large industries in order to cool the water that has undergone recycling. The installation of Square Shape Cooling Tower can be done independent of the direction of wind. Square Cooling Tower Capacities Square Cooling tower gives 100% cooling efficiencies and it gives good appearance, flow rate from 5 M3/Hr to 11000 M3/Hr gives differences in temperature 4oC to 30oC Availability of capacities from 5 TR to 1000 TR in single cell Technical Features Of Square Cooling Tower The flow of water ranges between 5 M3/Hr to 11000 M3/HrThe design easily blends with the architectural environsThe casing of the same is of tough Fiber Glass Reinforced Plastic (FRP). It possesses sufficient structural power to endure winds of high velocities as well as vibrations. Besides Gel coat, an ultra violet stabilized resin is also used for extended life. The square cooling tower is resistant against local impacts and local repairs could be easily done in case of occurrence of slight damages.A temperature difference from 4oC to 30oC can be ensuredIt uses less energy on the whole due to minimal resistance of air to waterNozzles are designed easy cleaning while running the square shape cooling towers Applications Of Square Cooling Tower In cold rooms and air condition plantsAluminum die castingDairy industryChemical industriesIn food industries such as hotels as well as in industries of food processingOil refineriesAutomobile industriesForging and mechanical industriesPlants manufacturing glassAlso employed for mega watt project industries' heat processBy plastic molding machineries

Air Cooled Condenser condensate exhaust steam from the turbine and it return the condensate to the boiler. That is in power plants steam is used to rotate the turbine. After the application, the steam will be a waste one. So as an economical part of operation, the steam is re condensate to water and then re-used for boiler feed water. The Air Cooled condenser is made of modules arranged in parallel rows as like Air Cooled Heat Exchanger. The module contains number of Finned Tube bundle. The axial flow forced draft fan is fixed in the module and forces the atmospheric cooling air across the Condensate area of the fin tubes.

Hi tech offers Air Blast Oil Coolers or Air Blast Coolers for heat dissipation ranging from 1500 kcalhr (1.7 kW) to 90000 kcalhr (105 kW). These air blast oil coolers are typically used in places where raw water availability for cooling purposes is scarce. Typical applications are for hydraulic oil, lube oil and transformer oil cooling. Teccon Air Blast Coolers effectively overcome heating problems and provides optimum heat transfer depending on the application. These coolers are supplied as O.E. fitments to leading machinery manufacturers.

FTH is a pressure vessel which cools a circulating fluid within finned tubes by forcing ambient air over the exterior of the tubes. It does not required water. Major Elements of Finnned Tube Heat Exchanger: Tubes, Fins and Fan (Actuating Device for Heat Transfer) Finned Tube Material: The material selection is made as per Process Application, And Cost of Heat Exchangers   We use following materials for Constructions: Carbon Steel, Stainless Steel, Admiralty brass, Copper and Exotic Alloys, Seamless, and Welded Stainless Steels, Seamless, and Welded, 2205 Duplex, Copper Nickel, Admiralty Brass, Titanium.

Dry cooling tower / Coil Cooling Tower is an equipment which is used to cool and maintain the temperature of process hot water at a particular level. This operates on the principle of heat transfer by a heat exchanger with extended fins. The fan is deiven by an Electric Motor. Applying dry cooling means saving water. Dry cooling technologies prove technical qualities and effectiveness in power plant heat rejection. Dry Cooling Towers functioning in combination of extended sine wave finned surface heat transfer coils, with axial flow fans and rigid construction for regular operation. The hot water from any equipment can be sent to the inlet of the Dry Cooling Tower & that hot water get Cooled and Cold water outlet from the Dry / Coil is connected to the pump, which pumps the cold water to the equipment to transfer the heat from the equipment with less Evaporation loss, Maintenance free, No need of raw Water tank & 100% free from descaling. Dry cooling benefits are:  Conserving significant amount of water. Minimizing environmental impact. Very economical in cost. Dry cooling Applications are:  Power Plant Cooling Solution Injection Moulding Chemical & Oil Refineries Plastic Extruder Plant Steel Foundry & Forgings Dairy & Dyeing Plants Water Treatment Plants Diesel / Gas Genset Plants Necessity of Air /Dry / Coil Cooling Tower Water is the most essential element of our life, About 97 percent of that is stored in ocean. Of the remaining 3%, 2% are frozen ermanently as ice. What is left is what we have to work with. And this precious and meager amount needs a lot of attention to perform its function properly in the machines of civilization. Water plays a great role in industries. It is used as a coolant in various machineries. In water cooling towers like FRP Tower or Timber Tower, huge loss of water due to drift, evaporation, spray loss and blow down. It is now abundantly clear that water charges will go on rising at well beyond inflation rates. So for that we are introducing the Dry Cooling Tower / Coil Cooling tower for save the water. 1 Special Features of Air / Dry / Coil Cooling Tower 1.1 Usage :  The Air / Dry / Coil Cooling Tower are very compact and aerodynamically designed for Diesel Engines and LT & HT Circuits. 1.2 Very Less Water Conceptions: The Air / Dry / Coil Cooling Tower are air cooled equipment so just you fill very small quantity of water, after that it is not required additional water. Due to the closed circuit there is no evaporation loss. So our towers are save the water cent percent. 1.3 Filling Water : You can fill any typeor quality of water. No need of water softening plant or treatment chemicals. In first time just you fill small quantity of common drinking water. 1.4 No Scale formation Due to closed circuit, same water will be circulated continually and no chance for evaporation so that scale will not be separate from the water and it is not deposit at any where in the heat transfer area. 1.5 Desiging: Our Towers are very compact and aerodynamically designed. There is no any restriction for the location of the plant; atmospheric air is the cooling media. It cools the hot water and maintains the temperature of process hot water at a particular level. It has designed for highest ambient temperature so we could run the engine in 100% load even in peak summer. It has the fan and eectric motor to the water. 1.6 Energy Economy: Our Towers are specially designed aerodynamically for power saving we are provide the mostat controls to switch off the fan motors in the time of cold ambient temperature. 1.7 Maintenance :  Our Dry Cooling Towers are closed circuit. So no chance to mix dust, fly, living organisms and dirt with process water. Air is the cooling media so there is no corrosion problem. 2. Technical Specifications of Dry / Coil / Air Cooling Tower 2.1 Designing and Material Quality The Dry / Coil Cooling Tower are having heat transfer area with good quality coppers and very high quality of aluminium fins. Copper tubes are mechanically expended with coolers, it provides smooth inner tube surface so there is no chance for pressure drop (our Cooler are tested at 350 PSI). Coolers are favricated in heavy channels and using steel sheets. The finalized steel frame provides stacking and shipping support and production against tube damaging. 2.2 High performance of Fan and Motors: A new generation start of the art cooling fans the energy economy concept. It combination of performance strength endurance and reliability designed aerodynamically for characteristic of the fan outlet essences an optimum distribution of air across the ” Cooler” giving an added benefit to the system fans are dynamically balanced on computerized machine. And using IP55 / TEFC standard motors. Comparison chart between Dry Cooling Tower / Coil and Water Cooling Tower Dry / Coil Cooling Tower Plant location restriction is not required Scale for mations are impossible Water consumption is not required No corrosions due to air Mixing of dust, dirt is not possible when processing of water Except fan and motors maintenance is negligible Water Cooling Tower Water Source decides the location opf large plantsr Scale formation is unavoidable Huge loss of water due to evaporation, drift loss Steel parts in contact with water are corroded Water exposed to dust and dirt will be contaminated Maintenance is required  Note: The motor HP may be changed due to the ambient temperature of Air Cooling media and temperature of the water. Primary circuit inlet water temperature 80 C outlet water temperature 70 C. In secondary circuit inlet water temperature 66 C outlet water temperature 56 C. Other applications and models please contact jc@thecoolingtowers.com Dry Cooling Tower Advantages Eliminates Scale-formation Eliminates Contamination of air Eliminates Frequent maintenance Eliminates FRP Cooling Tower Eliminates make up water after the first fill Eliminates raw water Tank and Pumps. Eliminates Moving parts except fan & motor Eliminates Mixing of dust / dirt / fly ash with Water Eliminates PHE at Furnace & Coil circuit Eliminates de scaling, fungus cleaning Chemicals Eliminates water softening plant & chemicals Eliminates Heat exchanger headaches at primary circuit Eliminates maintenance cost, reduces power cost & saves earth

Cooling tower is one type of heat transfer equipment. Process water is cooled by ambient air by direct contact in wet cooling tower and indirect contact in dry cooling tower. We offer following in house design and fabricated cooling towers.

We are dealing in air cooled after cooler to reduce / cool the compressed air temperature to desired level, so the condensation takes place and vaporized moisture and oil in the air gets converted to liquid droplets which further separated by moisture separator.  

• Features: Robust Construction, Controlled Combustion, High efficiency through heat recovery, Less Oil Consumption, Easy operation and low maintenance

• Material: FRP
• Features: Spray type cooling, Well developed, Best material used, Easy to install

aluminium sprinklers, aluminium fans, fibre cooling tower, PVC Fill

A double pipe heat exchanger is one of the simplest form of Shell and Tube Heat Exchangers. Here, just one pipe inside another larger pipe. To make an Unit very Compact, The Arrangement is made Multiple Times and Continues Serial and Parallel flow. One fluid flows through the inside pipe and the other flows through the annulus between the two pipes. The wall of the inner pipe is the heat transfer surface.This is also called as a hairpin heat exchanger. These are may have only one inside pipe, or it may have multiple inside tubes, but it will always have the doubling back feature shown. In some of the Special Cases the Fins also Used in Tube side.

• Size: 5 Inches
• Type: Plate Heat Exchangers
• Shape: Round
• Certification: ISO 9001:2008 Certified
• Condition: New

Heat Exchanger and Fiberglass Tank

Tube Bundle, Air Cooled Condensers, Air Cooled Heat Exchanger

Plate Type Heat Exchanger, skid mounted cooling tower, Rcc Cooling Tower

Timber Cooling Tower, Honeycomb Pvc Fills, Drift Eliminator

Cooling Tower Motors, Cooling Tower Gear Box

Industrial Heat Pipe

inter coolers, humidification plants, fuel coolers

Humidifier, Dehumidifier

Pan Mixer, Pallet Trucks, hydraulic concrete making machine