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Glass Shell and Tube Heat Exchanger
Color : Grey
Automatic Grade : Automatic
Application : Condensation, Heat Transfer, Cooling, Reboiler
Material : Metal
Area : Upto 50 m2
No. Of Pass : Upto 3 Pass
Shell and Tube Heat Exchangers are one of the most common and versatile types of exchangers used in heat transfer applications. They allow transfer of large amounts of heat in a more compact construction than is possible with conventional coil type heat exchangers. Shell and Tube type Heat Exchangers find application as heaters, coolers, condensers, vaporizers, reboilers, etc. Pertinent Features of Shell Tube Heat Exchanger They have colossal Heat Transfer Surfaces. They have high Heat Transfer Coefficients. The sides of Shell, as well as Tubes, can be made diffusion and corrosion-resistant. Their Modular Design helps make the maintenance simple and also makes the reserves part stocking work efficiently. They can handle pressure up to +6 bar G. They are perfectly suitable for Pharmaceutical GMP applications that manufacture ultra-pure products. They are available with a different working capacity of heat transfer areas ranging from 0.3m2 to 50m2. They are highly resistant to corrosion, erosion, and oxidation across the full range of operating temperatures. Variants Translucent reinforced protective coating to prevent from accidents from breakage of glass Multi-Pass headers in Metal for more efficient heat transfer Vertical installation possible with minor modifications GMP, cleanroom models available in all types Tubes of exotic materials such as Hastelloy etc. available on request in the same design Other process connection sizes can be modified as per application and user requirement Tubes of SiC and graphite also available, offering higher thermal conductivity. Types of Shell And Heat Tube Exchangers TYPE-I: Both Sides Corrosion Resistant This is the universal and most common design of shell and tube heat exchanger, where both shell side and tube side are resistant to corrosion. It finds usage in applications such as condensation in the shell side, heat recovery, and cooling in a shell or tubes. With minor modifications, it can also be used as a falling film absorber and falling film evaporator. TYPE-II: Shell Side Corrosion Resistant Type-II Heat exchangers are very similar to TypesI but have Metal (Mild steel or Stainless Steel) Headers instead of glass headers. These are used in applications where there is no risk of corrosion at the service/utility side. The process side comes in contact only with the glass shell or PTFE components, and hence can be corrosive. Thus, this design 1’5 generally used for condensation and tempering of corrosive liquids. TYPE-III: Tube Side Corrosion Resistant Type-II Heat exchangers are very similar to Type-I but have Metal (Mild steel or Stainless Steel) Headers instead of glass headers. These are used in applications where there is no risk of corrosion at the service/utility side. The process side comes in contact only with the glass shell or PTFE components! And hence can be corrosive. Thus, this design is generally used For condensation and tempering 0f corrosive liquids. TYPE-IV: Shell Side Corrosion Resistant, High Tube Side Pressure! A key factor due to which maximum permissible pressure is limited in Shell & Tube Heat Exchangers is the Tube sheet, which cannot withstand a high pressure since it is made of pure PTFE. In applications where corrosion is not an issue at the utility side, a reinforcing plate can be installed at the header side of the PTFE Tube Sheet. This increases the maximum pressure limit up to 6 Bar. TYPE-V: Tube Side Corrosion Resistant; High Shell Side Pressure! This design of the Shell and Tube Heat exchanger again uses the reinforcing metal plate to increase maximum permissible operating pressure. However, in this type, the pressure is raised on the shell side since the plate is installed on the shell side of the Tube Sheet and not the header side.
Coil Type Heat Exchanger
25 Piece(s) (MOQ)
Material : Borosilicate Glass
Usage : Heat Tranfer
Size : 18/80
Brand Name : Ablaze
We are offering coil type heat exchanger. coil type heat exchanger is mainly used as condenser or cooler. It can, however, be used for heat transfer between liquids & gases in general. It has the coil battery welded to the jacket making a one piece unit. The maximum allowable pressure in the coils is 2.7 bar gauge.
Shell and Tube Heat Exchanger
Brand Name : SINGHAL
Usage/Application : Chemical & Pharmaceutical Industries
Medium Used : Water
Condenser Shell
The overall heat transfer co-efficient of Borosilicate glass equipment is comparatively favourable with many alternative materials because of its smooth surface which improves the thermal coefficient & reduce the tendency of fouling. Heat Exchangers are available in 2 basics designs: 1. Conventional Coil Type Condensers heat exchangers. 2. Shell & Tube Type heat exchangers.
Shell Tube Heat Exchanger
Our Shell Tube Heat Exchanger finds application in diverse industries. The Shell Tube Heat Exchanger manufactured by us is capable of handling high temperature and pressure application and therefore it is preferred by most of the industries. FeaturesHigh performanceCompact and light weightLow maintenance costLow installation costHigher temperature differentialsFlexible designEasy selection ApplicationsHeating SystemsChilled Water SystemsGround Water SystemsResidential UseDistrict Heating Systems Maximum Working Pressures Details of Construction DN 150 DN 225 DN 300 Max. MinMax. MinMax. MinShell Side Glass Shell 2.0 bar.g Vacuum 1.0 bar.g Vacuum 0.7 bar.g Vacuum Steel Shell 3.5 bar.g Vacuum 3.5 bar.g Vacuum 3.5 bar.g Vacuum Tube Side Glass Tubes Single Pass 2.0 bar.g Vacuum 1.0 bar.g Vacuum 0.7 bar.g Vacuum Glass Tubes Single Pass 2.5 bar.g Vacuum 2.5 bar.g Vacuum 2.5 bar.g Vacuum Maximum Differential Pressures Between Tube Side and Shell Side DN 150 DN 225 DN 300 ZONE 1 3.5 bars 3 bars 2.8 bars ZONE 23.1 bars 2.7 bars 2.3 bars ZONE 32.8 bars 2.4 bars 2 bars ZONE 42.1 bars 1.8 bars 1.4 bars
Tube Heat Exchanger
We are a prominent organization, which is engaged in manufacturing, supplying and trading a wide array of Tube Heat Exchanger. The offered range of glass shells is manufactured by our experts in accordance with the industry laid standards. We are offering these glass shell heat exchangers in various specifications to meet the exact requirements of the customers. Further, clients can also avail customization solutions from us for these glass shell heat exchangers. It is also known as Glass Shell Heat Exchanger. Remarkable features of these glass shell heat exchangers are mentioned below: High performance Reliable operation Easy installation No maintenance
Glass Heat Exchanger
We are instruments in offering a proven range of glass heat exchanger, which is manufactured with precision using advanced machines. The glass heat exchanger offered by us, is known for its high performance and longer working life. Further, glass heat exchanger is available in two types i.e. Coil type and shell and tube type heat exchangers. Range coil type heat exchangers immersion heat exchanger sproduct coolers shell and tube heat exchangers
Cooling Towers
Light Weight, High strength Excellent weatherability, Minimal maintenance and easy to manufacture integrated one-piece structure.
Heat Exchanger
A heat exchanger is a device used to transfer heat between two or more fluids. The fluids may be separated by a glass wall to prevent mixing. They are widely used in chemical plants, petrochemical plants, petroleum refineries & natural-gas processing.
Glass Heat Exchanger
Glass heat exchanger offer large surface area in combination with efficient heat transfer and compactness. These are widely used in industries for various duties like cooling, heating, condensation, evaporation etc. GOEL are the pioneers in the field of glass shell and tube heat exchangers in India and their product has a wide market acceptability.
Heat Exchanger
50,000 - 100,000 Per Rs
1 Nos (MOQ)
Application : For Pharmaceutical
aluminum led heat sink
200 Per Kilogram
300 Kilogram (MOQ)
Material : Aluminum
Shape : Rectangular
Heat Sink Fin Style : Straight Fin
Surface Finish : Anodized
Glass Heat Exchanger
7,500 - 75,000 Per Piece
1 Piece(s) (MOQ)
Country of Origin : India
Type : Spiral Heat Exchanger
Material : Borosilicate Glass
Certification : ISO 9001:2008 Certified
Grade : ASTM
Color : Transparent
Voltage : 220V
Condition : New
Automatic Grade : Semi Automatic
Brand Name : Firstep Glass
Shape : Cylindrical
Medium used : Cooling Media
Finishing : Glass Finish
Corrosion Resistance : No
Usage : Water, Heat Transfer
Weight : Upto 10Kgs
Packaging Type : Wooden Box
Speciality : Reliable, Easy To Use, High Efficiency
Size : Upto 18 Inches
Operating Temperature : Upto 250 Deg Celcius
Hardness : Glass
Thickness : 6mm
Heat Exchanger
Get in touch with us for acquiring premium Heat Exchanger at the most affordable prices in the market. Our Exchanger is known for its excellent quality and durability. Low pressure drop and easy tube replacement are some of the main attributes of our Exchanger. We can provide Heat Exchanger in small as well as bulk quantities to meet the diverse demands of buyers. Description : The overall heat transfer co-efficient of borosilicate glass equipment compare favourably with many alternative process plant construction materials. This is because the smooth surfaces of the glass improve the film coefficient and reduce the tendency for fouling. Two basic types of glass heat exchanger are described in this chapter, Coil type and Shell and Tube type. Shell and tube type heat exchangers are available with glass or Mild Steel (MS) Shells in combination with glass tube as standard. The shell, end bonnets can be supplied in other material of construction eg, CS, SS, PTFE lined, FRP, glass lined etc, depending on the process condition. The tube can also be supplied in Silicon Carbide. Shell & Tube Heat Exchanger consists of a cylindrical shell which uses a glass tube bundle. Tubes are fixed in the tube sheet. Each tube is individually sealed by PTFE 'O' ring in the tube sheet at both ends. Following are the advantage of using Shell & Tube heat exchangers : Larger Heat Transfer Area in single unit Low pressure drop Easy Tube Replacement. Tube can be Plugged in case of Breakage. Glass coil type heat exchangers are available as condensers, boilers or immersion type units with heat transfer areas up to 8m2. There are no internal sealing problems as the coil is welded to the shell making a one piece unit. Both types of heat exchangers are available in a wide range of nominal bores and are totally compatible with the other glass process plant and pipeline components described in the other chapters of this catalogue. Glass heat exchangers have standard flat buttress end connection (with the exception of service connections on some smaller units). Further details of these are provided in chapter 1 - Technical Information. DN refers to the nominal bore. Unless otherwise stated, all dimensions are given in mm. In Shell & Tube Heat Exchanger Multi-pass (up to 4 pass-tube side) can be supplied request.
Heat Exchangers
Heat exchangers provide optimum solution for all requirements encountered because of the wide range of heat exchangers available. This is as coil type heat exchangers, which are available as condensers, boilers and immersion heat exchangers and shell, & tube type heat exchangers, which are designed for use with tubes in widest possible range of corrosion resistant materials. The complete range of standard heat exchangers is described on following pages. Non-standard components can also be supplied as per requirements.
Heat Exchangers
Heat Exchangers provide optimum solution for every requirement encountered in practice because of the wide range of types available. This applies not only to coil type heat exchangers which are available as condensers, boilers, and immersion heat exchangers but also to shell and tube exchangers which are designed for use with tubes in the widest possible range of corrosion resistant materials.
Heat Exchangers
Heat Exchangers are available in 2 basics designs Conventional Coil Type Condensers heat exchangers and Shell & Tube Type heat exchangers etc.
Heatsink
In electronic systems, a heat sink is a passive heat exchanger component that cools a device by dissipating heat into the surrounding air.
Glass Heat Exchanger
5,000 Per Number
1 Number (MOQ)
Type : Shell & Tube
Voltage : 230 V
Frequency : 50 Hz
Application : Chemical Laboratry
Orientation : Vertical
Heat Exchanger
Type : Heat Exchangers
Material : Metal
Certification : CE Certified
Weight : 100-1000kg
Voltage : 220V
Condition : New
Automatic Grade : Automatic
Power : 1-3kw
Driven : Electric
ss multi jet condenser
Heat Exchanger
Thermal and mechanical design of heat exchangers. Shell and tube type, Finned tube type heat exchangers. Waste Heat recovery units
Glass Heat Exchanger
Shell and Tube Heat Exchanger
Borosilicate Glass Shell & Tube Heat Exchanger
