Pressure vessel manufacturer in india
» Our Company is the ASME Certificated Pressure vessel manufacturer
» we are manufacturing pressure vessels for industrial application
» The pressure vessels are constructed of stainless steel and other modern alloys. These pressure vessels are designed for dispensing, mixing or storing hazardous, corrosive, high purity or flammable products
»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
»Gas Storage Vessels Water Treatment Industries Shipping Industry Refrigeration & Cryogenic
»This used in a various of applications in both industry and the private sector.
U Tube Bundle Heat Exchanger0 out of 5
» Tube Bundles are Fixed Tube Bundles, Removable Tube Bundles, Straight Tube, U Tube, Single Wall and Double Wall 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.
»cooling of Hydraulic Fluid
»higher-pressure and Higher Temperature applications
»U Tube Bundle Heat Exchanger can duplicate any existing bundle to incorporate measurements, materials and execution.
Air Cooled Closed Circuit Coolers0 out of 5
»Indirect closed circuit is is a cooling procedure that utilizations coordinate air cooled shut circuit coolers, cooling notwithstanding some kind of warmth exchanger to exchange the cool vitality to the supply air. The cooled soggy air from the direct evaporative cooling process never comes in coordinate contact with the adapted supply air. The damp air stream is discharged outside or used to cool other outer gadgets, for example, sun oriented cells which are more proficient if kept cool
»Aside from fans utilized in mechanical evaporative cooling, pumps are the main other bit of mechanical gear required for the evaporative cooling process in both mechanical and aloof applications.
»Warmth noticeable all around vanishes water from the cushions which are always re-hosed to proceed with the cooling procedure.
Fixed Tube Sheet Heat Exchanger0 out of 5
»Fixed Tube Sheet heat exchanger is the most common type of heat exchanger in all Industries
»Materials Of Construction: Stainless Steel, Copper Alloys. Other material options as available.
»Higher-pressure and Higher Temperature applications. It is used as a coolant for oil Hydraulic Fluid and oil in engines, Transmissions and hydraulic power packs. For heating or cooling oil, Water and chemical process fluids.
»Provides multi-tube-pass arrangements, Easy to cleaning and maintenance It has a Less cost than removable bundle heat exchangers, Provides maximum heat transfer surface per given shell and tube size. Ease of single tube replacement Provides multi-tube-pass arrangements.
Finned Tube Heat Exchanger0 out of 5
finned tube heat exchanger manufacturer india
»FTH is a pressure vessel which cools a circulating fluid within finned tubes by forcing ambient air over the exterior of the tubes. It does not required water. Major Elements of Finnned Tube Heat Exchanger: Tubes, Fins and Fan (Actuating Device for Heat Transfer) Finned Tube Material: The material selection is made as per Process Application, And Cost of Heat Exchangers
»Materials Of Construction: Carbon Steel, Stainless Steel, Admiralty brass, Copper and Exotic Alloys, Seamless, and Welded Stainless Steels, Seamless, and Welded, 2205 Duplex, Copper Nickel, Admiralty Brass, Titanium.
»Fin Materials: We use mostly Aluminum Fins and Copper Wire Fins for Specific Applications. Galvanized Iron Fins – For Low cost Projects.
»Types: Stainless Steel Finned Tube Heat Exchangers Copper Finned Tube Heat Exchangers Finned Coil Heat Exchangers Brazed Fin Heat Exchanger Aluminium Finned Heat Exchanger
»International Codes & Specifications: ASME Section I & VIII Division 1 TEMA API 660 API 661 National Board
»Finned Tube Heat Exchanger for Hydrocarbon process and steam condensers Large engine radiators Turbine lube oil coolers Turbine intercoolers, Natural gas and vapor coolers Combustion pre-heaters Finned Tube Heat Exchanger for Flue gas re-heaters.
»Our scope of Finned Tube Heat Exchanger based on specific European innovation. That encourages our items to with stand higher interior weight. Finned Heat Exchangers having more warmth exchange zone, which permitted to enhance the productivity.
Flue Gas Air Preheater0 out of 5
»An air preheater (APH) is a general term to portray any gadget intended to warm air before another procedure (for instance, burning in a kettle) with the essential goal of expanding the warm productivity of the procedure. They might be utilized alone or to supplant a recuperative warmth framework or to supplant a steam loop.
»Specifically, this article portrays the burning air preheaters utilized in huge boilers found in warm power stations delivering electric power from e.g. petroleum derivatives, biomasses or waste.
»The motivation behind the air preheater is to recuperate the warmth from the kettle pipe gas which expands the warm productivity of the heater by decreasing the helpful warmth lost in the pipe gas. As an outcome, the pipe gases are likewise sent to the pipe gas stack (or smokestack) at a lower temperature, permitting rearranged plan of the ducting and the vent gas stack. It likewise permits control over the temperature of gases leaving the stack.
»Types: Tubular Type Regenerative Air Preheater Rotating Plate Regenerative Air Preheater Stationary Plate Regenerative Air Preheater
»This type of air preheaters are a bit more straightforward in their design. They frequently seem to be large and boxy, and be able to take up a lot of space when compared with rotary air pre heaters.
»Air pre-radiator exchange warm from vent gas to air by methods for a rotating grid in which warm is consumed by the warming components going through the hot gas stream and exchanged to the ignition air stream.