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
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
Tube OD: 25-73mm. Tube Thk: 3.0-6.0mm. Fin Thk: 1.5-4.0mm. Fin Pitch: 9.0-30.0mm. Fin Height: 15.0-45.0mm. Square Fins are welded on 1 steel base tubes. We call it H Fin Type Tubing. Square Fin Tube with 90 Degree Bends, Rectangular Finned Tubes with 90 Degree Bends. Max. Working Temperature: 300 �°C. Atmospheric Corrosion Resistance: OK. Mechanical Resistance: Good. Fin Material: Copper, aluminum, carbon steel, stainless steel. Base Tube materials: Any material available, such as carbon steel Tube, ASTM A179, ASTM A192, ASTM A210, stainless tube ASTM A269, ASTM A213 T5 T11 T22 304 316. PRODUCTS DESCRIPTION: Features: HFin Tube is formed on both sides of the straight channel, can achieve good blowing effect.The space is compact, theoverall weight is reduced greatly, reduce cost H type fin can flow space uitilization effectively, keep the fin area and fin is larger thanthe thickness of the fin; can choose according to need any abrasion; fins are parallel to each other and independent, no effect of helxangle, which is convenient to ash. "HTYPE Fined tube can not only improve the windward side near the stagnation point speed, increase the axial purging.can increasethe leeward surface reflux disturbance again.The velocity distribution characteristics make H finned tubes is not easy to dust.
Material: copper and aluminum Surface treatment: anodizing Machining can assure 0.01mm Inspection tools: 2.5D Measuring Projector Strong ability on CNC Skived,CNC machining , FSW, Punching, Soldered, Brazing, production assembly Customized specifications and designs are accepted Optional for OEM Vansim (Dongguan) Hardware Products Co., Ltd locates in Chashan Town, Dongguan City. We are a professional manufacturer combines design, producing and sales for high-power heatsink and different Precision parts. Our products include cooler, Liquid cold plate, heatsink modules,heat pipe, skiving, extrusion,die casting heatsink, auto parts,cavities, extrusion aluminum parts,CNC machined parts,Precision CNC machining parts . All these products are widely used on high power supply ,Converter ,laser,Smart driving,refrigeration equipment,medical facilities, wind driven generation , New energy vehicleï¼?electronic communication facilities,different automatic equipment etc. We are open to OEM service as well as design & produce precision parts to meet customerâ??s requirements.
Product Model APV model T4 Q055E M107 R5 TR9GN B205 H12 Q055D M092 R8 TR9GL B158 H17 Q080E M060 R8GI SR6GL B134 N35 Q080D J060 R10 SR6AG B110 N25 A055 J092 R14 SR2(R2) B063 N50 A085 J107 TR9AL SR3 P190 Q030E A145 J185 TR9AV SR9 P105 Q030D K71 K55 K34
(1) the spiral wound tube heat exchanger is highly efficient and saves energy (steam). Internal unique reverse winding spiral coil structure, heat exchange in a current way, make fully condensing steam in the heat exchange tube bundle, do not need a second heat exchange, so it can save a lot of steam; (2) spiral wound tube heat exchanger is stainless steel welding, it can bear high temperature and high pressure. Because the heat exchange tube bundle and shell are all made of stainless steel material, with uniform expansion coefficient, the maximum pressure is1.6 MPa, the highest heat-resistant is 400 â??,it will not cause deformation of the heat exchanger because of pressure and temperature; so there is no need to prepare the equipment to reduce the pressure and temperature. (3) its structure is compact, with small size, saving infrastructure investment; Lightweight and easy to install, the equipment can be connected directly to the pipe, reducing installation cost. (4) the heat exchanger with Michael's (OWEN) turbulent buffeting frequency standard principle, the heat exchange tube bundle adopts the minimum clearance design, effectively eliminates the turbulent chattering phenomenon, prolongs the service life of the heat exchanger. (5) the heat exchanger is low in scale with a low maintenance cost, with unique structure, unique surface treatment technology, and on both sides of the counterflow heat exchange medium, not only improving the integrated heat transfer coefficient but also with self-cleaning function and low scale tend. The method of chemical descaling can be used to clean the heat exchanger, which can save time, power, cost and effect.
Shell and tube heat exchanger is made to transfer energy from high fluid heat transfer to the lower temperature fluid, the fluid temperature can reach the indexes of the flow rules, so as to meet the needs of process conditions, as well as one of the main equipment of improving energy efficiency. The heat exchanger industry deals with nearly 30 kinds of industries, such as HVAC, pressure vessel, and medium water treatment equipment, which form the industrial chain. The Shell and tube heat exchanger industry in china has achieved remarkable results in energy saving and efficiency, increasing heat transfer efficiency, reducing heat transfer area, lowering pressure drop, and improving thermal strength of a plant. Based on petroleum, chemical, electric power, metallurgy, shipbuilding, machinery, food, pharmaceutical, and other industries to stable demand growth of the heat exchanger.
We are a China based plate heat exchanger manufacturer, and we specialize in plate type heat exchanger, all kinds of plates and gaskets producing. 500+ moulds are with us, and we can replace the most applied plates and gaskets for Alfa Laval Gea, APV, Tranter, Sondex, Funke, Thermowave etc. Thereâ??s no difference when comparing our products with genuine ones. And through the past 13 years, we have been selling them to all over the world, especially in European and American markets. The GEA brand, plates and gaskets we can produce and replace is: NT50T NT50M NT50X NT100TNT100M NT100X NT150L NT150S NT250S NT250M NT250L NT350S NT350M Our plate material 304, 316L, Titanium, Hastelloy C-276 254SMO 904L; Our gasket and ring gasket material NBR, EPDM, VITON, HNBR, CR;
Weâ??re a China based plate heat exchanger manufacturer, and we specialize in plate type heat exchanger, all kinds of plates and gaskets producing. 500+ moulds are with us, and we can replace the most applied plates and gaskets for Alfa Laval Gea, APV, Tranter, Sondex, Funke, Thermowave etc. Thereâ??s no difference when comparing our products with genuine ones. And through the past 13 years, we have been selling them to all over the world, especially in European and American markets. The GEA brand, plates and gaskets we can produce and replace is: VT04 VT10 VT20 VT205 VT20P VT40 VT40(M) VT405P VT405 VT80 VT80(M) VT805 VT2508 Our plate material 304, 316L, Titanium, Hastelloy C-276 254SMO 904L; Our gasket and ring gasket material NBR, EPDM, VITON, HNBR, CR;
Wide Runner (Free Flow) Plate Heat Exchanger Maximum treatment capacity: 5000 cubic meters/hour Maximum design pressure: 40 bar Maximum temperature resistance: 200â?? Minimum temperature differenceï¼?0.5-1â?? Tube diameter: DN15~500 Plate thickness: 0.4mm - 1.2mm Gasket material: NBR, EPDM, HNBR,HT-NBR,HEPDM,CR,VITON/FKM Plate material: 304, 316, 316L, titanium, titanium palladium, hastelloy C276, 254SMO, nickel, 904L, etc. Large mean logarithmic temperature difference 02 Large log-averaged temperature difference Plate heat exchanger is mostly parallel or counter-current flow mode. Select the number of processes and channels, the initial selection of cold, hot fluid flow and the number of channels, and thus calculated flow rates. Cold, hot fluid in the plate heat exchanger flow parallel to the heat transfer surface, no bypass, thus making the end temperature difference is small, the logarithmic mean temperature difference is large .
Plate And Shell Heat Exchanger Plate Pack ATW40 ATW50 ATW100 ATW150
The double wall plate heat exchanger plate is welded integrally with two thin plate pieces along the corner hole of each pair of plates. When the plate leaks, for example, the perforation caused by long time working will be easily detected from outside. Thereby it stops mixing between two materials.And at the same time, they plays very important roles towards warning internal leakage. Combined with the double seal of the gasket, the possibility of mixing two materials is avoided, and it is suitable for applications with high sanitary requirements or high safety and reliability of industrial production. Since the two sheets are welded to form a sheet, the heat transfer coefficient is inevitably lowered, but the highest safety is achieved in preventing materials mixing.
The semi welded plate heat exchanger is composed of a pair of plates, and each of the two plates is laser welded to form a pair of plates. It is sandwiched between the fixed pressing plate and the movable pressing plate in a superimposed manner Product introduction Semi welded plate heat exchanger The semi welded plate heat exchanger is composed of a pair of plates, and each of the two plates is laser welded to form a pair of plates. It is sandwiched between the fixed pressing plate and the movable pressing plate in a superimposed manner. The mesh contacts are formed between adjacentplates and supported by each other, and the rigidity of the plates is remarkably enhanced. Our semi welded plate heat exchanger adopts advanced laser welding technology, which has the advantages of small welding deformation, small residual stress and high quality.Qingdao Ruipute has advanced welding technology, especially for the first time to achieve the welding technology of special materials such as titanium, we are at the domestic leading level in developing and manufacturing semi-welded titanium plate heat exchange equipment. The cavity of the pair of plates forms a pass of a medium; the two pairs of plates are sealed by a sealing gasket which is resistant to corrosion, high temperature and high pressure, and constitutes another medium pass; the two mediums flow evenly in a countercurrent way in the adjacent channels to complete the sufficient heat exchange process. This structure ensures the stability of the welded plate pairs, providing easy maintenance of each pair of plates. It has the characteristics of high safety, high heat transfer efficiency, long service life and easy maintenance. It is suitable for cooling and chemical treatment. It is the ideal alternative equipment to shell and tube heat exchanger and all welded plate heat exchanger.Especially suitable for evaporation and condensation of ammonia coolants,as well as chemical treatment of corrosive liquids. Maximum volume:5000m3 /h; Maximum design pressure:25bar Maximum temperature:150 celsius degree; Minimum difference in temperature:0.5-1celsius degree Nozzle diameter:DN15~DN500; Plate thickness:0.5mm - 1.2mm Gasket material:NBR, EPDM, HNBR, HT-NBR, HEPDM,CR,VITON/FKM Fixed and movable plate material: Carbon Steel, Stainless Steel, and others on request. Plate material:AISI304, AISI316, AISI316L, Titanium,Ti-Pa,Hastelloy C276,254SMO, Nickel, AISI904L. Characteristics The semi welded heat exchanger has the general characteristics with shell and tube heat exchanger, and yet have other features like
Type: Copper coil tube Application: Air Condition Or Refrigerator Grade: C11000, C10200, C12000, C12100 Cu (Min): 99.99% Surface: Bright Product Name Copper Tube/Pipe Outer Diameter 6mm~19mm Wall Thickness 0.45mm~0.7mm Class C11000, C10200, C12000, C12100 Application Air conditioning, condenser, refrigeration, general engineering, gas lines, etc. Delivery Time 10-30days
ASTM A179 seamless Heat Exchanged Tubes/Boiler Tubes Used for heat-exchange, steam,condensers and similar heat transfer apparatus, high temperature service Standard: ASTM A179 OD. Range:6mm â?? 88.9mm Wall thickness: 1mm-15mm Length: Max length 24M Type: Seamless boiler tube/heat exchanged tubes Packaging detail: Bundles with plastic paper packaged or wooden box package Delivery date: 10-30days Technique: cold drawing, cold rolled
Murphy plate finned tube heat exchanger has some obvious advantages in operation, especially in the field of air to air heat transfer, especially in the field of ultra-high temperature air to air heat transfer. To a certain extent, it has become the upgrading product of the tube, heat pipe and finned tube heat exchanger. The main characteristics of Murphy plate finned tube heat exchanger: the finned tube heat exchanger can be designed with elastic structure, which can effectively solve the problem of its thermal expansion; there are rich test and actual operation data as support, through constant correction of the calculation formula, the calculation error is within 5%, and more than 95% of the equipment operation can reach the design parameters.
Tubular exchanger is the most widely used heat exchanger on chemical and alcohol production. It is mainly composed of shell, tube plate, heat exchange tube, head, baffle and so on. Required material, can be made of ordinary carbon steel, copper, or stainless steel. During heat exchange, a fluid enters through the connecting pipe of the head, flows in the pipe, and flows out through the outlet pipe at the other end of the head. Another fluid enters by the nozzle of the shell and flows out from another nozzle on the shell. This is called the shell process. The structure of the tube heat exchanger is simple, compact and cheap, but the outside of the tube can not be cleaned mechanically. The heat exchanger tube bundle is connected to the tube plate, which is welded to both ends of the shell respectively, and is connected to the top cover. The top cover and the shell are provided with a fluid inlet and outlet pipe. A series of baffles perpendicular to the tube bundle are usually arranged outside the tube. At the same time, the connection between tube and tubesheet and shell is rigid, while outside the tube are two kinds of fluid with different temperature. Therefore, when the temperature difference between the tube wall and the shell wall is large, due to the thermal expansion of the two are different, a large thermal stress is generated, so that the tube twists or loosens the tube from the tube plate, or even destroys the heat exchanger.
