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  • fin fan cooler
    0 out of 5

    Fin Fan Cooler

    Features:

    »The Air Cooled Heat Exchangers otherwise called Fin fan Coolers. Balance Fan Cooler is only customary name of Air Cooled Heat Exchanger. Since Fins are utilized in the Cooler it is called as Fin fan Cooler. If it's not too much trouble allude Air cooled Heat Exchanger for every one of the points of interest. In the Fin fan coolers, the encompassing air utilized as the cooling media to cool.

    »the primary hot liquid which utilized in tube side. Every one of the tubes utilized in the coolers finned tubes as it were. The finned tubes are having more contact surface , consequently the balance fan cooler extraordinary compared to other shut circuit and water savable cooling framework.

    Applications:

    »steel melting plants, chemical plants

    Advantages:

    » All the tubes used in the coolers finned tubes only. The finned tubes are having more contact surface , hence the fin fan cooler one of the best closed circuit and water savable cooling system.

  • 0 out of 5

    Finned Air Cooler

    Features:

    »Finned Air Cooler are usually utilized in mechanical applications where a solid wellspring of water isn't accessible as a cooling medium. Air cooled steam condensers are an exceptional kind of warmthexchanger utilized to consolidate steam at the fumes end of a steam turbine for both power age and mechanical drive applications.

    Applications:

    »Thermal solar, CSP,Refinery

    Advantages:

    »Heat exchangers and condensers for all high pressure,process plant and low pressure applications

  • Finned Tube Heat Exchangerfinned-tube-heat-exchanger
    0 out of 5

    Finned Tube Heat Exchanger

    finned tube heat exchanger manufacturer india

    Features:

    »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

    »Materials Of Construction: 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.

    »Fin Materials: We use mostly Aluminum Fins and Copper Wire Fins for Specific Applications. Galvanized Iron Fins – For Low cost Projects.

    »Types: Stainless Steel Finned Tube Heat Exchangers Copper Finned Tube Heat Exchangers Finned Coil Heat Exchangers Brazed Fin Heat Exchanger Aluminium Finned Heat Exchanger

    »International Codes & Specifications: ASME Section I & VIII Division 1 TEMA API 660 API 661 National Board

    Applications:

    »Finned Tube Heat Exchanger for Hydrocarbon process and steam condensers Large engine radiators Turbine lube oil coolers Turbine intercoolers, Natural gas and vapor coolers Combustion pre-heaters Finned Tube Heat Exchanger for Flue gas re-heaters.

    Advantages:

    »Our scope of Finned Tube Heat Exchanger based on specific European innovation. That encourages our items to with stand higher interior weight. Finned Heat Exchangers having more warmth exchange zone, which permitted to enhance the productivity.

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  • Fixed Tube Sheet Heat ExchangerFixed tube-heat-exchanger
    0 out of 5

    Fixed Tube Sheet Heat Exchanger

    Features:

    »Fixed Tube Sheet heat exchanger is the most common type of heat exchanger in all Industries

    »Materials Of Construction: Stainless Steel, Copper Alloys. Other material options as available.

    Applications:

    »Higher-pressure and Higher Temperature applications. It is used as a coolant for oil Hydraulic Fluid and oil in engines, Transmissions and hydraulic power packs. For heating or cooling oil, Water and chemical process fluids.

    Advantages:

    »Provides multi-tube-pass arrangements, Easy to cleaning and maintenance It has a Less cost than removable bundle heat exchangers, Provides maximum heat transfer surface per given shell and tube size. Ease of single tube replacement Provides multi-tube-pass arrangements.

     
  • Flue Gas Air PreheaterFlue gas air preheaters
    0 out of 5

    Flue Gas Air Preheater

    Flue gas air preheater manufacturers in india

    Features:

    »An air preheater (APH) is a general term to portray any gadget intended to warm air before another procedure (for instance, burning in a kettle) with the essential goal of expanding the warm productivity of the procedure. They might be utilized alone or to supplant a recuperative warmth framework or to supplant a steam loop.

    »Specifically, this article portrays the burning air preheaters utilized in huge boilers found in warm power stations delivering electric power from e.g. petroleum derivatives, biomasses or waste.

    »The motivation behind the air preheater is to recuperate the warmth from the kettle pipe gas which expands the warm productivity of the heater by decreasing the helpful warmth lost in the pipe gas. As an outcome, the pipe gases are likewise sent to the pipe gas stack (or smokestack) at a lower temperature, permitting rearranged plan of the ducting and the vent gas stack. It likewise permits control over the temperature of gases leaving the stack.

    »Types: Tubular Type Regenerative Air Preheater Rotating Plate Regenerative Air Preheater Stationary Plate Regenerative Air Preheater

    Applications:

    »This type of air preheaters are a bit more straightforward in their design. They frequently seem to be large and boxy, and be able to take up a lot of space when compared with rotary air pre heaters.

    Advantages:

    »Air pre-radiator exchange warm from vent gas to air by methods for a rotating grid in which warm is consumed by the warming components going through the hot gas stream and exchanged to the ignition air stream.

  • FRP Cooing Towerfrp cooling tower
    0 out of 5

    FRP Cooling Tower

    Frp cooling tower manufacturer in india - FRP Square and Round Cooling Shape Tower

    Features:

    »Square Shape Cooling Tower: In general the Square Shape Cooling Tower or square type cooling tower designed for alternative to round model for selection to our buyers. Hot dipped Galvanized hardware with rectangular casing body in elegant design. The Ranges are from 50 TR to 500 TR FRP Bottle Shape Cooling Tower: The Round Shape FRP Cooling Tower may call as Bottle Shape . The casing and basins are designed to withstand severe vibration, high wind load and to resist corrosion. Hot dipped Galvanized hardware to withstand wind forces. The bottle shape makes possible to provide maximum cooling efficiency in minimum plan area with lower energy consumption. The Ranges are from 10 TR to 10000 TR. FRP Seamless Cooling Tower We Design and Manufacture a comprehensive Seamless Cooling Tower here in India, our designing peoples concentrate much more to develop these kind of Seamless Cooling Systems as per our buyers requirement that have a single piece shell. There are no seems, panels, rivets or plenty of fasteners in this Seamless Cooling Towers and with no compromise of Quality, Competitive price and Elegant look. Contact us for more information on our Seamless Cooling Systems

    »Components: FRP Cooling Tower Casing FRP Cooling Tower Fill FRP Cooling Tower Nozzles FRP Cooling Tower Drift Eliminator FRP Cooling Tower Motor FRP Cooling Tower Fan FRP Cooling Tower Energy Fans Nozzel Splash Bar PVC Fills Bottle Type FRP Container Round Type FRP Container Square Shape FRP Container Rectangular Shape FRP Container

    »Types: Square Type Cooling Shape

    »Specifications: Capacity Ranges : 50 TR 60 TR 70 TR 80 TR 90 TR 100 TR 125 TR 150 TR 200 TR 250 TR 300 TR 400 TR 500 TR 1000 TR 4000 TR 5000 TR 6000 TR 8000 TR 10000 TR 20000 TR Motor HP : From 1.0 to 20 HP Weight and Sized will be as per our standards and customer requirements

    Applications:

    »Automobile Industries, Cable Industries, Casting Units, Cement factory, Chemical Industires, Dairy Industries, Fertilizers Indusries, Food Industries, Hotels , Hospitals, Paper Industries, Petrochemical Industries, Pharmaceutical units, Plastic Industries, Refineries, Rubber Industries, Steel Plant & Rolling Plant, Sugar Mills, Textile Mills, Spinning Mills, Tyre Manufacturing units

    Advantages:

    »Cooling Towers are more minimized, light in weight, slightest power utilization, enduring, Durable and most minimal upkeep consumption. Since Hot plunge stirred auxiliary and treated steel latches utilized, FRP Towers are consumption Free.

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  • hybrid cooling towerhybrid cooling tower
    0 out of 5

    Hybrid Cooling Tower

    Hybrid Cooling tower manufacturers in india

    Features:

    »Quantitatively, the material adjust around a half and half cooling pinnacle is administered by the operational factors of make-up volumetric stream rate, vanishing and windage misfortunes, draw-off rate, and the focus cycles.

    »The water pumped from the pinnacle bowl is the cooling water directed through the procedure coolers and condensers in a modern office. The cool water ingests warm from the hot procedure streams which should be cooled or dense, and the retained warmth warms the coursing water. The warm water comes back to the highest point of the cooling tower and streams descending over the fill material inside the pinnacle. As it streams down, it contacts surrounding air ascending through the pinnacle either by characteristic draft or by constrained draft utilizing huge fans in the pinnacle. That contact makes a little measure of the water be lost as windage/float and a portion of the water to dissipate. The warmth required to dissipate the water is gotten from the water itself, which cools the water back to the first bowl water temperature and the water is then prepared to recycle. The vanished water abandons its broke down salts in the majority of the water which has not been dissipated, in this manner bringing the salt focus up in the flowing cooling water. To keep the salt grouping of the water from winding up too high, a bit of the water is drawn off/blown down for transfer. New water make-up is provided to the pinnacle bowl to make up for the loss of vanished water, the windage misfortune water and the draw-off water.

    Applications:

    »steel melting plants, chemical plants

    Advantages:

    »  Fresh water make-up is supplied to the tower basin to compensate for the loss of evaporated water, the windage loss water and the draw-off water.

  • inter coolerinter cooler
    0 out of 5

    Inter cooler

    Features:

    »We need to chill it off, which lessens its volume so we can pack more air atoms into the barrels and decrease the motor's probability of explosion. How does an Inter Cooler function? Hot air from the turbo moves through tubes inside the Inter Cooler.

    Applications:

    »cool a fluid

    Advantages:

    »oil heaters feature a fully enclosed casing that protects the oil-filled fins

  • kettle reboiler heat exchangerskettle reboiler heat exchangers
    0 out of 5

    Kettle Reboiler Type Heat Exchanger

    Kettle Reboiler Type Heat Exchanger manufacturers in india

    Features:

    »Oil Cooler are regularly provided in straight length in toughened and half hard temper. Oil Cooler formed by are metal enterprises not just have the solid resiliences. In any case, have the most reliable measurements all through the tube length. The tube surface is spotless both inside and outside with no harsh stains. Oil Cooler created by metal businesses are appropriate to move warm in a wide assortment of working conditions and to decline to acknowledge rot for the longest timeframe conceivable under the harshest working conditions. Oil Cooler are more effective than shell and tube exchangers for low stream rates.

    Applications:

    »The high level of vaporization makes it prone to fouling, and these reboilers are expensive due to their large shell size and maintenance.

    Advantages:

    »Reboilers are heat exchangers typically used to provide heat to the bottom of industrial distillation columns.

  • Marine Heat ExchangerMarine heat exchanger
    0 out of 5

    Marine Heat Exchanger

    Features:

    »The exchangers are the most common way to cool a boat's engine, using the lake, river or ocean water in which the boat floats and also there are three methods employed for water-cooled marine petrol and diesel engines.

    »Parts: Mercruiser heat exchangers, Marine Water Pumps and other Marine Cooling Systems Parts

    Applications:

    »Gear Oil Coolers Fuel Coolers Hydraulic Oil Coolers Diesel Fuel Return Coolers Combination Coolers in Tandem Lube Oil Coolers

    Advantages:

    »The exchangers are very high efficient and best product. High Quality design with high heat transfer ability. The advantages and problem areas with different heat exchanger types and materials are discussed. Marine heat exchanger is its size, cost and ease of adapting existing cold water systems to hot. Researchers, over the years, have used a variety of heat exchanger types and materials. The application of heat exchangers to large scale marine aquaculture

  • 0 out of 5

    Mist Eliminator

    Mist Eliminators are designed to remove contaminants from process air emissions that evolve as mist droplets. These contaminants can include oil mist, machine coolant mist, chromic acid mist, sulfuric acid mist, and other entrained mist. KCH Mist Eliminators are among the most efficient on the market and meet or exceed state and federal standards. Mist Eliminators work by utilizing composite mesh or vane plate surfaces to separate the mist droplets from gas streams through mechanical impingement and inertial impaction. The large surface area coupled with a small volume allows for the collection of liquid without substantially impeding the flow of gas. Some Composite Mesh Pad Mist Eliminators can also be used as a post-control acid fog eliminator on Wet Scrubbers.

    Benefits
    Heat Transfer Equipments has extensive experience and application knowledge in gas-liquid separations, liquid-liquid separations, and vapor flow conditioning devices. We offer you the opportunity to:
    • Improve product purity
    • Reduce the loss of valuable chemicals and products
    • Increase plant throughput capacity
    • Prevent plant air and water pollution
    • Reduce plant effluent treatment cost
    • Protect valuable downstream process equipment
    Uses of mist eliminatorsThe formation of mists in gas streams often results in process inefficiencies and/or product loss in equipment such as knockout drums, distillation columns, evaporators, and environmental scrubbers. Mists can also cause serious damage to downstream equipment. The following examples can help you evaluate the benefits that a properly designed mist eliminator can provide to your operations.Reduce loss of valuable chemicalsMist eliminators markedly cut glycol, amine, or solvent consumption in absorption and regeneration towers.Increase throughput capacityMist eliminators allow significant increase in throughput anywhere gases and liquids come into contact in process equipment.Improve product purityMist eliminators prevent contamination of side draws and overheads in refinery atmospheric and vacuum towers and other distillation columns.Eliminate contaminationMist eliminators prevent the poisoning of expensive downstream catalysts or provide boiler feed water quality condensate from evaporator overheads.Provide equipment protectionMist eliminators protect turbine, blower and compressor blades, which eliminates serious maintenance problems.Prevent air pollutionMist eliminators help reduce droplet emissions to environmentally acceptable levels.
  • Natural Draft Cooling TowerNatural draft
    0 out of 5

    Natural Draft Cooling Tower

    Natural Draft Cooling towers manufacturers in india

    Features:

    »The Natural Draft Cooling towers are extremely important part of various industries like, Cement Plants, Heat industries, oil Plants, power station, Thermal Power Plants, chemical industries, foundry

    »Types: Natural Draft Cooling Tower Forced Draft Cooling Tower

    »No requirement Fan, Motor and PVC fills. Well planned and designing Power saving and Low maintenance Superior Cooling good organization Installed for various type of cooling applications Easy to cleaning and maintenance Environmental Friendly No Mechanical Noise Safety of operation

    Applications:

    »All Power Plants Thermal Power Plants Nuclear Power Plants Cement Plants Heat industries Oil Plants Power station Chemical industries and foundry Chilling plants Steel factory

    Advantages:

    »Investment is costly but very less operational cost. No power required for fans operation Very Long Life construction period