Target Equipments

Heat Exchanger / Condensor – SS
Product Specifications

Shell and Tube Heat Exchanger:

 
Specification:
 
Design Shell
Length upto 20,000 mm
Weight upto 20 M.T
Pressure upto 300 Kg/cm3
Temperature upto 1000°C
Tube Plate Dia upto 4000 mm
Thickness upto 100 mm.
Product Description

Heat Exchangers:
 
Inter Cooler / After Cooler Heat Exchanger:
 
Purpose of Inter-cooler and after cooler Heat exchangers:
 
Target equipment Inter-cooler and after cooler Heat exchangers are utilized in several industries, especially in chemical plants and oil refineries, textile industries. The purpose of these heat exchangers is to transfer heat from machinery to the other, most often from a liquid to the other. The constant efficiency of the heat exchanger demands for regular inspection to assess the equipment integrity An inter cooler, also known as the charge air cooler is heat exchange device of the air to air or air to liquid kind that is used on supercharged and turbocharged internal combustion engines in order to maximize its volumetric efficiency by raising the charge density of intake air via almost isobaric.
 
Types of inter cooler/ after cooler:
 
The inter-coolers, sometimes called as the after coolers, come in varied shape, design and size based on the special requirements and performance of the supercharger system . Some of the usual spatial designs are
  • TMIC (Top Mounted Inter Coolers)
  • HMIC (Hybrid Mounted Inter-coolers)
  • FMIC(Front Mounted Inter coolers).
Each of these kinds could be cooled with an air to liquid system, air to air system , or its combination.
 
Function of inter cooler/ after cooler:
 
Our inter-cooler heat exchanger to successfully cool the air passing through the device, The inter-cooler needs to be cooled with the aid of some outside means.
Many of the inter-coolers undergo cooling like an engine radiator where the air flows above the inter-cooler fins outside, that in return cools the air present inside the inter-cooler. Thus it is known as air to air inter-coolers. Some of the inter-coolers that are water cooled rather than by air are known as air to water inter-coolers or after coolers.
 
Advantages of inter cooler/ after cooler:
  • The advantage that target equipment’s after cooler heat exchanger is that the air passing through the device can be cooled better when compared to a traditional inter-cooler where ice and excessively cold water is utilized to cool the device.
  • Water is a good conductor of heat rather than air; with the capacity to conduct four times its heat. It is for this reason that the after coolers are comparatively more effective. The downside is that as time goes, the water gets heated to the air temperature passing through the device and so loses its capacity to cool the incoming air.
  • Some of the after coolers utilize a small radiator in order to cool the water running through the system, thus making the heat exchangers ideal for racing as well as street use.
  • After cooler heat exchangers that are ice packed work well for applications of drag racing as only around ten seconds of functioning is required before one shuts down and goes to the victory dais.
  • For street applications and mild racing, after coolers or air to air inter-coolers with radiators are feasible since the ability to cool the incoming air does not minimize with time.
Shell and Tube Heat Exchanger:
 
Target Equipments design of the shell and tube heat exchanger is quite complex. The tubes used internally are deliberately of various shapes and design to obtain different outcomes. While a few of the tubes may be plain, others may come finned longitudinally or horizontally. Additionally, the tubes can also be of various materials and thermal conductivity. For instance, Target equipments can be designed from carbon steel, stainless steel, cupronickel, copper or brass.
 
Testing Of Heat Exchanger:
 
Owing to the complex nature of the shell and tube heat exchangers, regular inspection of the equipment is necessary. This can help to assess the thickness of the tube walls that are prone to pitting, erosion and corrosion over time. The status of the whole bundle of tubes may be charted and assessed through a thorough inspection with the help of a device known as Internal Rotary Inspection System that functions via ultra tonic testing and also has a non-destructive nature
 
Oil Coolers Heat Exchangers:
 
Oil cooler are classified in to two. One is air cooled - oil cooler then water –cooled oil cooler. Air cooled oil coolers are mostly used where water availability is scarce and expensive. Water-cooled oil cooler, maintenance and operating cost are usually low. The cooled water manifolds, charges oil and air coolers for usage on marine engines. These heat exchangers are suitable for power steering, bow thrusters ,deck machinery etc.
 
Application:
 
Oil Coolers are used for various applications involving cooling of Oils,
  • Industrial Oil Coolers heat exchangers are widely used in refrigeration,
  • power plants,
  • air conditioning,
  • processing of natural gas,
  • chemical plants,
  • petroleum refineries and petrochemical plants.
  • Plastic Machinery
  • Hydraulic Power Packs
  • Marine oil cooler
Tube Bundle:
 
Target Equipment design of the tube heat exchanger is quite complex. The tubes used internally are deliberately of various shapes and design to obtain different outcomes. While a few of the tubes may be plain, others may come finned longitudinally or horizontally. Additionally, the tubes can also be of various materials and thermal conductivity. For instance, Target equipment can be designed from carbon steel, stainless steel, cupronickel, copper or brass.
 
Testing Of Tube Heat Exchanger:
 
Owing to the complex nature of the tube heat exchangers, regular inspection of the equipment is necessary. This can help to assess the thickness of the tube walls that are prone to pitting, erosion and corrosion over time. The status of the whole bundle of tubes may be charted and assessed through a thorough inspection with the help of a device known as Internal Rotary Inspection System that functions via ultra-tonic testing and also has a non-destructive nature.
 
Specification and servicing:
 
We can manufacture a complete unit, replacement tube bundles (elements) or even a "parts kit"We replace existing tube bundle us per customer request we do size likeLengthupto 20,000 mm,Weight up to 20 M.T ,Pressure up to 300 Kg/cm3 Temperature up to 1000°C, Tube Plate Dia upto 4000 mm, Thickness up to 100 mm.
 
Features:
  • Materials we used for Shell :, Copper, Carbon steel, stainless Steel sizes up to 20000 mm,  
  • Tubes Copper, Brass, Cupro-nickel , Carbon Steels in sizes from 6 mm to 50 mm OD, Stainless Steels,
  • Tube Sheets: Carbon Steel, Stainless Steel, Brass etc.
  • Channels and Cover : Carbon Steel, Stainless Steel, Case Iron, Brass etc.
  • Gaskets : Rubber, Compressed
Application:
  • Chemical, Petrochemical,
  • Fertiliser. Thermal Power plants,
  • Refrigeration Plants,
  • marine Engines,
  • Turbines, Hydraulic Systems,
  • Sugar Machinery.
Evaporator Coil Cooler:
 
Fin Type Cooler are produced in forced draught and induced draught designs, and in single and multi-fan arrangements, depending customer specifications and requirements, We are the professional Fin Type Coolerand air cooled condenser manufacturers, tubes in copper and fins are aluminium MOC we use 5/8’ or 3/8’and ½’ OD copper tubes as per customer specification, all tubes are well expanded tested for pressure and leak.
 
Function of Fin Fan Coolers:
 
Air Cooled Heat Exchangers - also known as Fin Fan Coolers, are heat transfer devices for rejecting heat from a hot process fluids such as refinery products or steam directly, to the surrounding atmosphere.
Target Fin Fan Coolers are basically that multiple rows of fin tubes with a fan to move lower temperature ambient air over the coils in order to cool the hotter fluid, just like a radiator in industrial an automobile. An industrial example is a unit large enough to reject the heat from a turbine exhaust steam condensation system.
 
Advantages of Fin Type Cooler:
  • A great deal of water gets preserved on using Fin Type Cooler.
  • Less or no preparation needed as atmospheric air is in abundance
  • No formation of scale or heat exchanger cleaning is required
  • There are no mobile parts except for the fan and the motors. Hence the cooling tower maintenance is negligible
  • Dust, fly ash, living organisms or dirt do not get mixed up with process water
  • There are no constraints placed on the location of plant
  • No corrosions caused by air
  • This cooling tower performance ensures minimal environmental impact
  • Reduced annual operating expenses
Applications:
  • Predominantly used for air compressor and power generating units for applications of engine water cooling.
  • Petroleum plant,
  • power utility,
  • steel manufacturing industry,
  • cement,
  • sugar factures,
  • Chemical and gas-processing industrials.
  • Chillier machines,
  • refrigeration system
  • petrochemical refineries
Fin Type Cooler:
 
Fin Type Coolers are produced in forced draught and induced draught designs, and in single and multi-fan arrangements, depending customer specifications and requirements, We are the professional Fin Type Cooler and air cooled condenser manufacturers, tubes in copper and fins are aluminium MOC we use 5/8’ or 3/8’and ½’ OD copper tubes as per customer specification, all tubes are well expanded tested for pressure and leak.
 
Advantages of Fin Type Cooler:
  • A great deal of water gets preserved on using Fin Type Cooler.
  • Less or no preparation needed as atmospheric air is in abundance
  • No formation of scale or heat exchanger cleaning is required
  • There are no mobile parts except for the fan and the motors. Hence the cooling tower maintenance is negligible
  • Dust, fly ash, living organisms or dirt do not get mixed up with process water
  • There are no constraints placed on the location of plant
  • No corrosions caused by air
  • This cooling tower performance ensures minimal environmental impact
  • Reduced annual operating expenses
Applications
  • Predominantly used for air compressor and power generating units for applications of engine water cooling.
  • Petroleum plant,
  • power utility,
  • steel manufacturing industry,
  • cement,
  • sugar factures,
  • Chemical and gas-processing industrials.
  • Chillier machines,
  • refrigeration system 
Plate Heat Exchanger:
 
The plate heat exchanger consists of a pack of corrugated metal plates with portholes for the passage of the two fluids between which heat transfer will take place. The plate pack is assembled between a frame plate and a pressure plate and compressed by tightening bolts.
 
Function of Plate Heat Exchangers:
 
The plates are fitted with a gasket which seals the channel and directs the fluids into alternate channels. The number and size of the plates are determined by the flow rate, physical properties of the fluids, pressure drop and temperature program. The plate corrugations promote fluid turbulence and support the plates against differential pressure. The plates and the pressure plate are suspended from an upper carrying bar and located by a lower guiding bar both of which are fixed to the support columns. Connections are located in the frame cover, or if either or both fluids make more than a single pass within the unit, the frame and pressure plates. We are in the process of developing the Plate Heat Exchanger and would take up the manufacturing in the near future.
 
Applications:
  • Lube Oil Coolers
  • Steam Heaters
  • Jacket Water Coolers
  • Water Heaters (non-electrical)
  • Fuel Oil Heaters
  • Gearbox Oil coolers
Equivalent to other Heat Exchangers:
 
If you are unhappy with the original design of plate heat exchangers, send us the operating specifications and improvements required and we will offer a suitable replacement heatexchangers. We can also provide a shell and tube equivalent, if you would prefer to have a unit that is more easily repaired on our factory .
 
Marine Heat Exchanger:
 
Marine heat exchangers are the most common way to cool a boat`s engine, using the lake, river or ocean water in which the boat floats. Since this water may be corrosive, the engine may be cooled by a sealed mixture of distilled water and antifreeze. Heat from the water–antifreeze mixture is then transferred to the ocean (or lake or river) water which flows into a heat exchanger. To protect the marine heat exchanger from corrosive salts, a sacrificial zinc anode is screwed into the heat exchanger. This anode must be periodically replaced as part of regular maintenance.
Because the water the boat floats in may be contaminated with floating particles such as wood or other detritus most boats will have a filter (often stainless steel mesh) to remove these particles before they flow through the heat exchanger. This filter must be periodically cleaned or else the flow of water to the heat exchanger will become obstructed and the engine will overheat.
There are three methods employed for water-cooled marine petrol and diesel engines they are
  1. Direct cooling : Direct cooling of the cylinders and heads by sea-water is unsatisfactory, because the engine - which was probably originally designed for radiator cooling - will run too cold and the sea-water will eventually run the cylinder block and heads.
  2. Heat Exchanger Cooling: Heat exchanger cooling is the most common method, the seawater being isolated in components which can be designed to withstand its corrosive effect. The closed fresh-water circuit can be thermostatically controlled so that the engine operates at its design temperature.
  3. Keel Cooling : Keel cooling is suitable for small boats operating in shallow weedy water, but the need for pipe work external to the hull is a severe limitation.
Advantages Of Marine Heat Exchangers:
  • Header tank heat exchangers prevent aeration of the engine water circuit.
  • Gearbox oil and engine oil coolers are used on the suction side of the sea water pump.
  • Heat exchangers and exhaust manifolds are used on the discharge side of the engine.
  • Heat Exchangers use high-quality products incorporating both the best materials and the latest technical features that have become world known for building a Quality & reliable product.
  • Find your engine and check out applicable Bowman fitted parts
Target Equipment:
 
Vision:
 
we have set up this organization with the sole objective of achieving a worldwide name for our organization both qualities wise and service wise. Our vision is to help the society and the nation at large with our technologically advanced products.
 
Mission:
 
In order to make our dreams turn into a reality we technologically upgrade our production process and plan to reduce evaporation loss of water by 80% from the present situation.
 
Introduction:
 
TARGET EQUIPMENTS IS Established in 2001 reputed concern involved in manufacturing and exporting industrial Chilling plant and all types of Cooling Towers from 10TR to more than 1000TR it’s vary from costumer requirement and there application including FRP Cooling tower, Wooden Cooling tower, Dry Cooling tower, Fanless and Fillsless Cooling Towers.
Other than cooling tower We are also involved in fabricating most of HVAC products like industrial Chilling plant, water cooled chiller air cooled chillers, oil chiller ranging from 1TR to 250TR, other than that we manufacture all types of heat exchangers likeInter Cooler / After Cooler, Shell & Tube Heat Exchanger, Oil Cooler Heat Exchanger, Tube Bundle, Evaporator Coil Cooler, Fin Type Cooler, Plate Heat Exchanger, Marine Heat Exchanger, Our company also undertakes production ofEvaporator Cooling Systems, Humidification Plant, Water Treatment Chemical, Radiators.
We have most talented and 15 years of experienced engineers are with us Mr.Ananthan, Mr.Madan and Mr.Anbu. With their experience and knowledge under there guidance and supervision we are in one of the most preferred manufacturers and exporters of the present competitive markets all over the world. We measure our growth in the industry by the increasing list of our client base and through our exhaustive market reach, which is spread in almost all major centres of the world likeUnited Arab Emirates, Oman, Saudi Arabia Europe, Africa, UAE, South America and North America.
We are customer centric entity and hence always remain focused to meet and exceed the requirements of the customers in the best possible way. We try to leave no space for any sort of customer`s grievances in our overall work process. Besides being conscious towards maintaining international quality standards in our products we have also designed a feedback procedure that we receive from our customers and partners for bringing further improvement in our business performance.
 
Areas of Application:
 
The broad spectrum of products offered by us is cater to the major industrial sectors:
  • Electricity Generating Industry
  • Petroleum Refining Industry
  • Chemical Processing Industry
  • Sugar Industry
  • Air-conditioning and refrigeration Industry
  • Steel Industry and so on.
  • Mediations & research centre
  • Hospitals & hotels
  • Foundry industry
We are involved in the manufacture and supply of following products like
  • Cooling Towers
    • Bottle Shape Towers
    • Square Shape Towers
    • Dry Cooling Towers
    • Cross Flow Cooling Towers
    • Natural Draft Cooling Towers
    • Wooden Cooling Towers
  • Chilling Plant
    • Water cooled chillier
    • Air cooled chillier
    •  Oil cooled chillier
  • Heat Exchangers
    • Inter Cooler / Ofter Cooler
    • Shell & Tube Heat Exchanger
    • Oil Cooler
    • Tupe Bundle
    • Evaporator Coil Cooler
    • Fin Type Cooler
    • Plate Heat Exchanger
  • Evaporator Cooling Systems
  • Radiator
  • FRP chemical tank
  • Humidification Plant
  • Water Treatment Chemicals
  • Spares
    • FRP Cooling tower spares
    • Closed cooling tower spares
    • Wooden cooling tower spares
    • Crass flow cooling tower spares
    • RCC Cooling tower spares
    • PVC Fills
    • FRP, Aluminium Fan
    • SS Sprinkler
    • Nylon Sprinkler
    • Cooling Tower Motor
    • Nozzle
    • Cooling pad
    • Air filter

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