BH350 N means number of plates . L (mm): 1,125 . H (mm): 2,485 . E (mm): 1,720 . LC (mm): 3,600 . Connection Size (mm): 350 . Max Number of Plates (N): 350 . Max Flow Rate(m3/h): 997
BH150 N means number of plates . L (mm): 610 . H (mm): 1,815 . E (mm): 1,294 . LC (mm): 3,000 . Connection Size (mm): 150 . Max Number of Plates (N): 600 . Max Flow Rate (m3/h): 360 BH150H . L (mm): 610 . H (mm): 1,815 . E (mm): 1,294 . LC (mm): 3,000 . Connection Size (mm): 150 . Max Number of Plates (N): 600 . Max Flow Rate (m3/h): 360
BH200 N means number of plates . L (mm): 780 . H (mm): 2,150 . E (mm): 1,480 . LC (mm): 3,000 . Connection Size (mm): 200 . Max Number of Plates (N): 398 . Max Flow Rate (m3/h): 600
Brazed plate heat exchanger Bl14 n means number of plates Length (mm): 206 Width (mm): 76 Thickness (mm): 10+2.3n Weight (kg): 0.7+0.06n Channel volume (l): 0.010(n-2) Exchange area (m2): 0.014(n-2) Working pressure: 3.0mpa Testing pressure: 4.5mpa Working pressure: -160grc ~ 225grc Bl14a n means number of plates Length (mm): 190 Width (mm): 80 Thickness (mm): 10+2.3n Weight (kg): 0.9+0.06n Channel volume (l): 0.010(n-2) Exchange area (m2): 0.014(n-2) Working pressure: 3.0mpa Testing pressure: 4.5mpa Working pressure: -160grc ~ 225grc
Brazed plate heat exchanger Bl20 n means number of plates Length (mm): 310 Width (mm): 76 Thickness (mm): 10+2.3n Weight (kg): 1.0+0.08n Channel volume (l): 0.018(n-2) Exchange area (m2): 0.020(n-2) Working pressure: 3.0mpa Testing pressure: 4.5mpa Working pressure: -160grc ~ 225grc
Brazed plate heat exchanger Bl26 n means number of plates Length (mm): 325 Width (mm): 111 Thickness (mm): 10+2.35n Weight (kg): 1.3+0.13n Channel volume (l): 0.025(n-2) Exchange area (m2): 0.026(n-2) Working pressure: 3.0mpa Testing pressure: 4.5mpa Working pressure: -160grc ~ 225grc
Brazed plate heat exchanger Plate material: aisi316l/304c Connection material: aisi304 Brazed material: nickel/copper Max design tempt: 150grc/225grc Min design tempt: -160grc Max design pressure: 30barg/45barg Advantages of brazed phe: Compact structure and easy installation Small consumption of water Low scaling coefficient Light in weight and durability
Gasket plate heat exchanger Plate material--applicable fluids Stainless steel(sus304, sus316l)--clean water, river water, edible oil, mineral oil Ti--sea water, salty water, salinous compounds 20cr, 18ni, smo--low concentrated sulface acid, inorganic water Nickel--high temperature and high concentrated caustic soda Hastelloy--high concentrated sulfate acid, chloride acid, phosphate acid Gasket material(applicable temperature)--applicable fluids Nbr(-15grc~135grc)--water, sea water, mineral oil, salinous water Epdm(-25grc~180grc)--hot water, steam, acid, alkali F26(-55grc~230grc)--acid, alkali Ftp(0grc~160grc)--high concentrated acid, alkali, high temperature oil, steam Advantages of gasket phe: .High heating transferring coefficient .High heat recovery rate .Great flexibility .Low flow stagnation .Compact structure and easy maintenance
Features: 1) use the copper coil as the heat exchanger, according with international fashion trend, it is simple to install and use. 2) it takes the advantage of the tap water's pressure. More pressure , more comfortable. 3) it can produce hot water with constant temperature, it is safe and comfortable to use. 5) The water can be heated rapidly, so it can produce the high quality hot water. It can produce more hot water than the general types because it isn't. Key specification: 1) inner tank: stainless steel--0.50mm. 2) vacuum tube: Ñ)47 x 1, 500mm. 3) outer tank: painted steel-0.4mm; stainless steel sus304-0.4mm. 4) frame: coated galvanized steel-1.5mm; stainless steel sus430-1.5mm. 5) insulation: polyurethane 50mm. 6) copper coil: ¿¬12mm, thickness 0.8mm Type Area( º¦ ) Vacuum tube Volume(liters) Gross wet(kg) 20gp/40gp/40hc Loading qty(sets) ¿¬(mm) Length(mm) Qty(pcs) Lc58/1800-20c 2.97 58 1800 20 200 115 26/58/66 Lc58/1800-24c 3.57 58 1800 24 240 140 22/48/54 Lc58/1800-30c 4.46 58 1800 30 300 172 20/44/50
Brazed aluminum heat exchangers
Heat exchanger Fan type: axial, centrifugal, tube, belt driven, Roof fan, cabinet, high pressure blower, fan impeller, blower wheel, heat exchanger, ahu, duct fan, cleanroom blower
Heat exchanger
Soldered heat sink Aluminium fins solderred to the aluminium base. Customization is open. Subject to the shipping
Heat transfer press machine Voltage: 220v, 110v; Power: 2200w; Temperature range: room temperature, 0-399¦; Time control: 0-3min; Printing area: 380mm*380mm 15s*15s Real time display of temperature condition: automatic alarm Size of machine: 15s*15s77x48x43cm (30.31x18.90x16.93) Weight: 33kg
Shell & Tube Heat Exchangers are most commonly used in almost all industries like- Refineries, Chemical plants, Fertilizer plants, Genset units, Oil & Gas and Shipping. Typical use of Heat Exchanger is to cool or heat the fluids or gases. We manufacture almost all TEMA type Shell & Tube Heat Exchangers. We also manufacture Duplex Coolers, Shell in series and shells in parallel type heat exchangers.
Plate Heat Exchanger uses metal plates to transmit heat between two fluids and is available in different specifications. Also, using this modern solution has more advantages over conventional heat exchangers. At Process Engineers And Associates, you will get the unparalleled quality at industry leading prices. Being one of the industryâ??s leading Plate Heat Exchanger Manufacturers In Delhi/NCR, we offer several specifications to choose from. Major Characteristics Of Plate Heat Exchanger Are: Simple And Compact Design: This Industrial Plate Heat Exchanger has a simple fabrication and comes in small and easy-to-use designs to fit in your industry premises. These thin sheets have corrugations and patterns to increase the surface area as well as the efficiency of the products. Quick To Clean And Maintain: These Heat Exchangers are made of good quality metal, which makes it easier to clean and maintain them after completing the application. Easy To Enhance The Capacity: You can simply expand the size and capacity of the sheet by just adding one along with others. Application Areas: Steel Industry Marine Industry Pharma Industry Dairy Industry Beverage Industry
FITZER INCORPORATION, is engage in the field of Design, Manufacturing & Exporting various types of such as, Extruded finned tube, Serrated finned tube, Spiral finned tube, Crimped finned tube, wire wound finned tube, Helical finned tube, welded finned tube, H' type finned tube, Economizer coil, Spiral type Heat exchanger, Finned Tube Heat Exchangers, Oil coolers Fin Fan Coolers Process Gas Cooler, Air Heater, Air Pre Heaters, , Hydraulic oil coolers, Air Cooled Heat Exchangers & various types of Shell & Tube Heat exchangers / Evaporators / Condensers, Industrial Dehumidifiers, Blowers & Evaporative Condenser Other Products: - Block Ice Plant, Tube Ice Plants, Flake Ice Plants. Our brand chooses to stand firm in the Indian & International market with promise, Standard & guarantee. Established by two technocrats vast experience in Stainless Steel Fabrication, Thermal Heat Transfer Systems & Refrigeration HVAC equipment Our team result oriented Qualified Techno-Commercial Staff having spirit of team work, enthusiasm and a passion for excellence to deliver outstanding performance in the field of manufacturing GMP and Non GMP Equipments for Chemical, Pharmaceutical, Paints and Other Process Industries. We design and manufacture as per international standard such as ASME / TEMA Our products can be seen operating in refineries & petrochemical, pharmaceutical, chemical, marine, steel & various process industries.
Air cooled Heat Exchanger Air cooled Heat Exchangers (or) Fin fan Cooler or Air Fin Cooler are the same Air Cooling equipment. In some part of the world Air Cooled Heat Exchangers also known as Air Fin Cooler. Simply says Air Fin cooler, Fin Fan cooler, Coil Cooler, Dry Cooling Tower the other names of Air Cooled Heat Exchangers. It also used for Heat rejecting from a hot process fluid to the surrounding atmosphere by using the atmospheric air as a cooling media. The Air Fin Coolers basically designed with multiple rows of finned tubes in a series of surface and required numbers of fans used to move the low temperature atmospheric ambient air over the finned tube coil surface in order to cool the hotter fluid media. It is nothing but an extended type of industrial or automotive radiators. The finned tube bundles are modular construction for easy transportation. The various types of headers Welded Bonnet Header, Plug Header, Manifold header, Plug and pipe header etc., The various types of Fins are type Wrap-On Fins, type Embedded Fins and Bi-metallic Extruded Fins etc.,. In some small type heat Exchanger wire/ strip type copper wounded / knurled Fins also used. Other than finned tube bundle and headers, Axial flow fans and drives etc are used as per the Cooler requirement. These Air Cooled Type Heat Exchangers used in oil, gas, petrochemical, refinery, power and condensation plants. All type of fluids in process industries cooled in Air Fin Coolers with the use of atmospheric air, as the cooling media which resulting in economy in running costs. Our Air Cooled Heat Exchangers are used for high pressure, high temperature applications in process industries with metallurgy suitable for highly corrosive fluid medias. In our Air cooled Heat Exchanger division, we manufacture Process Coolers Compressor Coolers Radiator Coolers Economizers Coil Coolers Auxiliary Coolers Finned Tube Coolers Tube Bundles Fin to Air Coolers Air Blast Oil Coolers Suitable for all Process Industries, Gensets, Furnaces, Oil and Gas, Refinery, Petrochemical and Power plants etc.,
Tube Bundle Heat Exchangers U Tube bundle Heat Exchangers can duplicate any existing bundle to include dimensions, materials and performance. A heat-exchanger system consisting of a bundle of U tubes hairpin tubes surrounded by a shell outer vessel. One fluid flows through the tubes, and the other fluid flows through the shell, around the tubes. One of the most common applications is the cooling of Hydraulic Fluid. And oil in engines, transmissions and hydraulic power packs. With the right choice of materials they can used to cool or heat other mediums. Such swimming pool water or charge air.
In Heat exchanger system, the new and latest type of compact and effective model Heat exchanger is plate type heat exchanger. Another type of heat exchanger is the plate heat exchanger. One composed of multiple, thin, slightly-separated plates that have very large surface areas and fluid flow passages for heat transfer. This stacked-plate arrangement can be more effective, in a given space, than the shell and tube heat exchanger. Advances in gasket and brazing technology have made the plate-type heat exchanger increasingly practical. In HVAC applications, large heat exchangers of this type called plate-and-frame; when used in open loops, these heat exchangers are normally of the gasketed type to allow periodic disassembly, cleaning, and inspection. There are many types of permanently-bonded plate heat exchangers. Such as dip-brazed and vacuum-brazed plate varieties, and they are often specified for closed-loop applications such as refrigeration. Plate heat exchangers also differ in the types of plates that used, and in the configurations of those plates. The closely spaced metal heat transfer plates have troughs or corrugations. Which induce turbulence to the liquids flowing as a thin stream between the plates. The plates have corner ports. Which in the complete plate pack form a manifold for even fluid distribution to the individual plate passages. As an exclusive feature, parallel flow heat exchanger plates have interlocking gaskets. In which upstanding lugs and scallops are sited intermittently around the outside edges. The seal between the plates is established by a peripheral gasket which also separates the thru port and flow areas with a double barrier. The interspaces vented to atmosphere to prevent cross-contamination in the rare event of leakage. Plate heat exchanger, consists of a stationary head and end support connected by a top carrying bar and bottom guide rail. These form a rigid frame, which supports the plates and moveable follower. The closely spaced metal heat transfer plates have troughs or corrugations. Which induce turbulence to the liquids flowing as a thin stream between the plates. The plates have corner ports, which in the complete plate pack form a manifold for even fluid distribution to the individual plate passages. For further details for plate heat exchanger, please contact our marketing division.
