Types Of Pressure Vessels: Thin Walled Pressure Vessel, Thick Walled Pressure Vessel, Vacuum Pressure Vessel Propane bottles and gas cylinders. Strong Tanks Pressure Vessel, Transportable Containers
Applications: Gas Storage Vessels Water Treatment Industries Shipping Industry Refrigeration & Cryogenic
Removable Tube Sheet Heat Exchanger0 out of 5
A Removable Tube Sheet heat exchanger is the most common type of heat exchanger in all Industries. Mostly used in higher-pressure and Higher Temperature applications.
Materials Of Construction: Stainless Steel, Copper Alloys and Other material options available.
Applications: Heating or cooling oil Compressor Systems Tube Removers Lube Oil Consoles Hydraulic Systems Stationary Engines Turbine, Marine Applications Paint Systems Air Dryers Vapor Recovery Systems
Advantages: Easy inspection or replacement Provides multi-tube-pass arrangements. Less costly Tube bundle can be cleaned manually or chemically Provides maximum heat transfer surface per given shell and tube size. Accommodates high temperature differentials
Plate Type Heat Exchanger0 out of 5
Heat Transfer Equipments Plate Heat Exchangers contain above the ground heat transfer rate compared to other types of heat exchangers due to their huge outside area. This type of heat exchanger is a variety of heat exchanger with the purpose of uses metal plates to remove heat between two fluids and also the plate type heat exchanger is to decide the generally heat transfer coeffcient in a plate heat exchanger.
Materials Of Construction: Standard Materials : Carbon stee, Gaskets Stainless steel 1.4301/AISI 304, 1.4401/AISI 316 Optionally: 1.4539, 254 SMO, titanium
Applications: Chemical Plants Heat transfer fluids Power Generation Industries Waste heat recovery Thermal Power Plants Textile Industries Heat recovery Sugar Plants Automotive Industries are used this heat exchanger Water Treatment
Advantages: Flexibility as well as easy to cleaning Small investment, process and maintenance expenses. High heat transfer coefficients Easy to open and cleaning of this product No additional space is necessary for dismantling
Air Cooled Condenser0 out of 5
The nearly all accepted style of Air Cooled Condenser is the modularized (‘A’ frame structured design), used on industries and power plants of all sizes. Our design teams are updated new technology of the Air Cooled Condenser design for all types of industries. The Air Cooled Condenser design group will discuss about Technical aspects of Air Cooled Condenser for Power Plants and also more industries. The ‘A’ frame structured designs are mostly used in the power plants. Coil Design : Advanced Smart Circuitry Coil Technology Our Air Cooled Condenser Design Process Contains for Thermal Design.
Parts: Expansion bellows Hogger Ejection system Condensate extraction pumps Drain pot Pumps Inter condenser After condenser Condensate storage tank Gland steam condenser Drain Pot
Types: Natural Convection Forced Convection.
Components: Ejectors 3Bellows Instrumentation Pipe Lines Strainers Valves Civil construction Cleaning system Fans ,Motor & Gear box
Applications: All Thermal power plants Gas based Plants Coal based plants Oil Plants Biomass power plants Refrigerant hot gas piping Nuclear power plants
U Tube Bundle Heat Exchanger0 out of 5
As per TEMA standard we can engineering and reverse engineering of U tube Heat exchanger and can duplicate your existing working U tube with custom build sizes and materials. Other Types of Tube Bundles are Fixed Tube Bundles, Removable Tube Bundles, Straight Tube, U Tube, Single Wall and Double Wall JC U Tube bundle Heat exchanger are useful for your higher-pressure and Higher Temperature applications requirements. We also supply U tube budle assemblies only. We assemble with proper care and needfull backup for transporting. Also testing repairing and cleaning of u tube bundle heat exchanger with expert team. You can use our U tubes for Hairpin type heat exchanger.
Plate Finned Type Heat Exchanger0 out of 5
A Plate finned heat exchanger with 6 fins/cm provides approximately 1,300 m2 of surface per m3 of volume. This heat exchanger would be approximately 10% of the volume of an equivalen shell and tube heat exchanger with 9 mm tubes.
Materials of Construction: Stainless steel casings, Copper Alloy tubes, Aluminum Fins or Foils, Copper Tubes, Carbon steel Casings
Applications: The heat exchangers are developed by vacuum brazing technology and the heat exchangers as single units or as manifolded assemblies, isothermal reactors for chemical Plants and Coil wound heat exchangers and petrochemical industry plants.