Tube Heat Exchanger Dealers in Pune

Shell & Tube Heat Exchanger is a common type of heat exchanger that is extensively used in oil refineries and chemical industry. Our Shell & Tube Heat Exchanger is very suitable for higher-pressure applications. It comprises of a shell and a network of tubes inside it. The usage of sacrificial anodes safeguards the cooling system against corrosion. The heat transfer efficiency is very high in our Shell & Tube Heat Exchanger. Attributes : Tough constructionReliable performanceDurabilityCost effectivenessAccurately dimensioned

A heat exchanger is a device in which energy is transferred from one fluid to another across a solid surface. Exchanger analysis and design therefore involve both convection and conduction. Radioactive transfer between the exchanger and the environment can usually be neglected unless the exchanger is uninsulated and its external surfaces are very hot.SS-316, 304 and 302 stainless steel (Non-corrugated) heat-exchanger to suit the environment to which the material will be subjected in its lifetime.

• Type: Tube & Shell Heat Exchangers
• Application: Air, Oil, Water
• Grade: ASTM
• Condition: New
• Warranty: 1 Year
• Temperature: Heat Exchangers

Heat exchangers require approved welding procedures and our ASME certified welders combined with our design and project team are experienced to be able to meet the strict requirements of industrial heat exchangers. All designs meet the requirements of the ASME Code and TEMA, whether they are made from 4” diameter pipe or 120” plate shells. We also offer heat exchanger repair and maintenance. Shell and Tube Heat Exchangers Fabrication and Service: Coolers, Heaters, Condensers, Vaporizers, Reboilers, Falling Film Evaporators, Air Cooled Heat Exchangers, Crystallizers, Industrial Heat Exchangers & Sanitary Heat ExchangersMaterial of Construction:Stainless Steel 304, 316 & Special material like Duplex, Super Duplex, Monel, Inconel, Brass, Clad (Explosion Bonded)Type of Construction:Straight Tube· U – Tube type· Fined Tube type· Spiral Tube type· Double Tube Sheet· Clad Tube Sheet Type· Rubber LinedDesign and Fabrication Services:· Design and fabrication of Shell & tube type Heat Exchanger· Replacement tube bundles, shells, channels, baffles, heads and other replacement parts for existing heat exchangers

• Application: Food Process Industry, Power Generation, Hydraulic and Industrial Process
• Medium Used: Oil

Shell and Tube Heat Exchangers are one of the most popular types of exchanger due to the flexibility the designer has to allow for a wide range of pressures and temperatures. There are two main categories of Shell and Tube exchanger:

We have developed high performance corrugated tube/shell heat exchangers, which provide increased turbulance & in turn higher heat transfer coefficient even at low Reynolds number. In corrugated tube/shell heat exchangers higher turbulance is achieved due to programmed deformation (i.e. Corrugation) of tube/shell, which induces spiral fluid flow compared to plug flow in smooth tubes/shell. As on today we have designed & supplied at least 500 (Five Hundred) compact corrugated heat exchangers for applications like highly viscous liquid heating/cooling & evaporation of liquids, which involves two phase flows and also for condensation & with operating pressure as high as 35.0 bar.   Advantages Of Corrugated Tube Heat Exchangers Improved heat transfer coefficients, hence compact. High-induced turbulence causing much reduced fouling, hence steady performance over a long period of time. High working pressures & temperatures possible. Modular designs for small applications with flexibility of increasing duty as required. Easy to install. Virtually maintenance free. Low-pressure drops & no gasket failures compared to PHE. Low capital cost compared to PHE/SHE. Designed for easy maintenance/service compared to PHE/SHE, hence minimum downtime. Most suitable for heat sensitive products as no localized heating. Can be installed vertically, inclined or horizontally. Since corrugation induces flexibility, generally external bellows are not required i.e. built in expansion/contraction capability. Suitable for process fluids with particulate matter.

we are instrumental in providing tube heat exchangers to our valuable clients. We provide the tube heat exchangers in different diameters and lengths to meet the requirements of the customers. We provide the tube heat exchangers in u-tube design for liquid to liquid and steam to liquid applications. ideally used for transferring the heat in industrial process applications technical specifications area : 0. 5 m2 to 700 m2tubes : 19. 05 mm od to 114. 3 mm odtubes material of construction : sa179, bs3059, astm a312 tp304 316maximum diameter : 2500 mmmaximum length : 12 m

• Brand Name: Sun - TITP
• Application: For fruit pulp pasteurisation
• Warranty: 1 Year
• Liquid Flow Rate: 500 LPH to 20000 LPH
• Steel Grade: SS 304
• Place of Origin: India

Another variety that we bring to our valued patrons is Multi-Tube Heat Exchangers! Designed and constructed in line with the industry standards, our Heat Exchangers have no match in the market. We have adopted all the modern facilities for making safe and swift deliveries. We are renowned Manufacturer & Exporter of Heat Exchangers from Maharashtra, India. Rely on us for reasonable prices. More about Multi-Tube Heat Exchangers They are used in all cases where the product to process has no specific problems regarding size, homogeneity or viscosity since they are the most advantageous from an economical point of view. Smooth, corrugated or textured types can be made. Suitable for products of medium and high viscosity and high or low PH, with tendency to laminar flow, which exchange heat by conduction and not by convection, as well as particled and non-Newtonian products, for example : Pasteurization Processes at high pressures (300 bar) and/or temperatures Cooling treatments near the solidification point Gelifications

• Certification: ISO 9001:2008 Certified
• Weight: 100-1000kg
• Grade: ASTM, BS, DIN, GB
• Voltage: 110V
• Automatic Grade: Semi Automatic
• Power: 1-3kw
• Warranty: 1 Year
• Driven: Electric

• Packaging Type: Wooden Box
• Speciality: Reliable, Robust Construction, Easy To Use, High Efficiency
• Application: Water, Oil, Air, Heat Transfer
• Material: Stainless Steel
• Shape: Cylindrical
• Condition: New
• Warranty: 1 Year
• Country of Origin: India
• Corrosion Resistance: Yes
• Medium used: Water

• Usage: Food Process Industry
• Material: Mild Steel
• Inlet Temperature: 20 to 220 Degree Celsius
• Outlet Temperature: 40 to 220 Degree Celsius
• Voltage: 240 V
• Country of Origin: Made in India
• Frequency: 50 Hz
• Phase: Single
• Power: 9 kW
• Brand: GBD
• Surface Finish: Color Coated

• Material: Metal
• Certification: CE Certified
• Application: Oil Refineries
• Color: Silver
• Voltage: 220V
• Condition: New
• Automatic Grade: Semi Automatic
• Power: 1-3kw
• Driven: Electric

Ecoflux* Corrugated Tube Heat Exchangers (CTHE) use corrugated tubes instead of smooth tubes. The corrugations induce turbulence in the media and ensure high Reynolds number even at low velocity. The development of corrugated tube is perhaps the most exciting advancement in heat transfer technology. Corrugated tube is produced by indenting a plain tube with a spiral pattern. No tube wall thinning takes place & no strength is lost.   Features A smooth indented inner profile ensures easy cleaning Turbulence is created at low fluid velocities to enhance the heat transfer in the tube Fouling on the tube surface is minimised A wide range of diameters & styles are available Technology:Corrugated tube is produced by indenting a plain tube with a spiral pattern. This imparts different flow regimes - spiral in the core and eddy's at the periphery.  The helical flow contributes to the situation that the fluid particles are alternatively in the vicinity of the tube wall and then in the main flow. Between the helical impressions, around the circumference of the tube, secondary flow, typically in the form of eddies occur. The flow regime ensures that the rate of decrease in boundary layer resistance exceeds the rate of increase in pressure loss. In other words high heat transfer coefficients with minimum increase in pressure drop.  Hydrodynamic Thermal Boundary LayerIncrease in heat transfer coefficient brings the temperature of the tube wall closer to the temperature of the bulk fluid on the tube. The roughness elements need to have a minimum height so as to influence the flow ( Fig. A ) and thus the heat transfer ( Fig. B ). To ensure that the heat transfer is improved by roughness elements, the flow must be influenced within the heat conduction layer.  Advantages:Corrugated tube shell and tube heat exchangers have many benefits and advantages over comparable smooth tube versions:  Compact tubular heat exchanger Long running times due to turbulent flow Very low maintenance costs, minimum spares requirement Higher heat transfer coefficient (2-3 times) results in reduction in heat exchanger area upto 50% Fouling is minimised due to turbulence created by eddies at the periphery or tube wall High response to CIP Wide choice of MOC Uniform thermal processing More flexibility in annular space sizing  

A heat exchanger is a device used to transfer heat between one or more fluids. The fluids may be separated by a solid wall to prevent mixing or they may be in direct contact. They are widely used in space heating, refrigeration, air conditioning, power stations, chemical plants, petrochemical plants, petroleum refineries, natural-gas processing, and sewage treatment etc. Following is different types of heat exchange is todays for different industrial application – 1. Tubular heat exchanger (VRS Provide) 2. Plate heat exchanger VRS Industries provide only tubular Heat Exchanger. It is most widely used types of heat exchanger and specially designed for the thermal treatment of low to high-viscosity products as well as products containing particles, pulp and fibers. It consists of no of parallel stainless steel tubes mounted concentrically creating annular spaces for fluids to flow in a counter current manner. One fluid flow inside the tube (tube side) and one is outside the tube (shell side) so it’s called shell & tube heat exchanger. Application – 1. Dairy Industries 2. Beverage Industries 3. Food Processing Industries 4. Pharmaceutical Industries 5. Chemical Industries

• Material: MS
• Surface Treatment: Glavanized
• Shell Diameter: 4000 mm
• Shell Thickness: 25 mm
• Overall Length: 20 m
• Tubesheet Thickness: 400 mm
• Max Pressure: 225 kg/cm2
• Heat Transfer Area: 1 m2 to 2500 m2