Heat Exchangers Dealers in Vadodara

• Brand Name: Chemiquip
• Material: Carbon steel, tubes of admiralty brass or cupro nickel
• Condition: New, Good
• Type: Tube Bundle
• Place Of Origin: Vadodara  
• Usage: To make gas turbine

Removable u tube integrally finned tube bundle for ge make gas turbines. Tube sheet & baffles of carbon steel, tubes of admiralty brass or cupro nickel as per requirement.

• Type: As Per Requirement
• Material: As Per Requirement
• Grade: As Per Requirement
• Automatic Grade: As Per Requirement
• Power: As Per Requirement
• Shape: As Per Requirement
• Finishing: As Per Requirement
• Size: As Per Requirement

Optimum Solution for every requirement A range of designs available & in modular construction Wide range of duties namely ; Condensation, Cooling, Heating, Boiling & Evaporation Material of construction comprise of a combination of highly corrosion resistant materials including Borosilicate 3.3 Glass ,  SiC, Fluoropolymers (PTFE, PFA, FEP, PP)  & Exotic metals (Ta, Nb, Ti, Zr, etc) Fabricated with all major internationally prevalent buttress designs and having a very high reliability of the strong and high-duty coupling system used for all components Non-standard & special custom designed can also be supplied to special order.  

• Material: Fiber, Metal, Stainless Steel
• Application: Industrial Use
• Application: Air Cooling
• Weight: 40-80Kg
• Voltage: 110V
• Power Type: Single Phase

The Compressed Air Aftercoolers provide two necessary functions that provide the conditioning of compressed air. Firstly, it reduces the temperature of the air to a safe operating range while secondly, removing the moisture condensed during the cooling process. Water-cooled Coolers come in Shell and Tube type which allows the air to pass through the tubes while letting the water flow in the shell from the opposite direction. The Industrial Coolers exchange heat for cooling systems which is required for Molding Machines, Generators and other heavy machinery. The Coolers allow compressed air which is hot and saturated with moisture and oil to leave the air compressor. The air becomes easy to handle after the coolers rapidly cool down. Coolers are available both in water-cooled and air-cooled types.However, water-cooled coolers are mostly preferred as they achieve lower air temperature thereby removing more moisture. Air-cooled coolers are installed in places where availability of soft cooling water is a constrain or where the water is very hard. Coolers can also allow separated liquids to be drained either manually or by auto drain valve.Based on the specification of the clients, Coolers can be modified and used for the following reasons Oil Cooler for Screw Compressor, DG Set & other machines (by removing Moisture Separator) Intercooler for Reciprocating Compressor (by adding Suction Drum) Compressed Air Dryer (by using chilled water, brine or refrigerant as cooling medium.) Heat Exchanger for cooling systems required for Moldings Machines, Generators & Other heavy machinery. Product ApplicationOur products are used in various industrial applications including: Power plants Chemical plants Petrochemical plants Petroleum refineries Natural gas processing Textile Industries Plastic Industries Engineering Industries

• 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.

• Country of Origin: India
• Color: White
• Manufactured by: BODYHARDCHEM
• Form: Powder
• Uses: In Surface Cover On Saltbath Furnace & Getting Uniform Temperature & Evaporation OfSalt Restricted

• Usage: industrial

• Material: Mild Steel
• Color: Grey
• Application: Industrial
• Thickness: 10-15 mm
• Country of Origin: India
• Diameter: 15 m