Heat Exchanger

M6m Gasketed Plate Heat Exchanger

Construction Explore our range of famous brand spare parts for gasketed plate heat exchangers. We offer M3, M6, M10, and M15 spare parts with NBR, EPDM, or FKM gaskets and SS304, SS316L, Titanium, or Hastelloy plates. Find replacement parts, accessories, and components for Alfa, APV, and Tranter plate heat exchangers. Choose from our selection of gaskets and plates for maintenance and repair of industrial heat exchangers. Product Description - Heat Exchanger Heat Exchanger The heat exchanger consists of a pack of corrugated metal plates with portholes for the passage of the two fluids between which heat transfer will take place. It is designed for efficient heat transfer in compact equipment with a small footprint, making it much smaller and more efficient than shell-and-tube heat exchangers. The plate pack is assembled between a fix frame plate and a movable pressure plate, compressed by tightening bolts. The plates are fitted with a gasket which seals the interpolate channel and directs the fluids into alternate channels. The number of plates is determined by the flow rate, physical properties of the fluids, pressure drop, and temperature program. The plate corrugations promote fluid turbulence and support the plates against differential pressure. The frame plate and the pressure plate are suspended from an upper carrying bar and located by a lower guiding bar, both of which are fixed to a support column. Connections are located in the frame plate, if either or both fluids make more than a single pass within the unit, in the frame and pressure plates. The gasketed plate-and-frame heat exchangers (GPHEs) provide precision heat transfer with a closer approach temperature, true counter current flow, and 80-90% less hold-up volume. They also offer low overall cost, maximum reliability, and are environmentally responsible with minimum energy consumption. The units are easy to service and maintain, and their capacity can be expanded by simply adding or removing plates on the existing frame. There are different types of gasketed plate heat exchangers available, including industrial, industrial semi-welded, WideGap for fibrous liquids and highly viscous fluids, evaporators for tailor-made surface evaporation, and condensers for compact vacuum condensation. Technical Parameter for PHE Offer Working Condition Duty Flow Rate Medium Working Pressure Working Temperature Pressure Drop Thermodynamics Properties ASME Code Requirements Applications for PHE The heat exchanger is suitable for various industries including refinery, petrochemical, fine and specialty chemical, pharmaceutical, industrial gas, fertilizers, food & beverage, edible oil & biodiesel, pulp & paper, mining, minerals and metal industry, chemical process, refrigeration industry, marine industry, power station, energy, and chemical process. Diguang Plate Heat Exchanger Specification Model Frame Type Dimension(mm) Connection Max rate 1.0MPa 1.6MPa 2.5MPa Height Width Length (mm) (M3/h) DG-01-TF3S LF10 LF16 - 320 160 140 - 440 20 - 30 20 DG-01-TF3 LF10 LF16 - 480 180 250 - 400 20 - 30 20 MF10 MF16 - 480 180 250 - 500 20 - 30 20 DG-01-TF6 LF10 LF16 LF25 920 320 500 - 700 50 - 60 40 MF10 MF16 MF25 920 320 500 - 1400 50 - 60 40 DG-01-TF6M LF10 LF16 LF25 920 320 500 - 700 50 - 60 40 MF10 MF16 MF25 920 320 500 - 1400 50 - 60 40 DG-01-TF10B MF10 MF16 MF25 1100 470 700 -2300 100 190 DG-01-TF10M MF10 MF16 MF25 1100 470 700 -2300 100 190 DG-01-TF15B HF10 HF16 HF25 1885 650 1100 - 3700 150 400 DG-01-TF15M HF10 HF16 HF25 1885 650 1100 - 3700 150 400 DG-01-TF20M HF10 HF16 HF25 2140 780 900 - 4100 200 6

Stainless U Shell and Tube Heat Exchanger Price Water

Stainless U Shell And Tube Heat Exchanger Price Water A stainless steel sanitary heat exchanger is a device used to transfer heat between fluids without mixing them, designed for hygienic environments. It is widely applied in dairy, pharmaceutical, beverage, and biotech industries. It helps achieve precise temperature control, energy efficiency, and ensures product purity. The smooth internal surface, corrosion resistance, and clean-in-place (CIP) compatibility support strict sanitary standards while maintaining high thermal performance. Working Principle The stainless steel sanitary heat exchanger works by directing two fluids through separate channels. One fluid flows through inner tubes or plates, while the other moves in the opposite direction around them. Heat is transferred through the stainless steel barrier without mixing. The counterflow design improves efficiency. Hygienic surfaces prevent contamination. Turbulent flow enhances heat transfer. Finally, CIP compatibility ensures easy cleaning. The entire process maintains thermal precision and product safety in sanitary environments. Connection Size: 1" to 4" (Tri-Clamp or threaded) Design Pressure: up to 10 bar / 145 psi Temperature Range: -10°C to 150°C (14°F to 302°F) Heat Exchange Area: 0.5 to 50 m² Material Finish: Ra ≤ 0.6 μm (electropolished optional) Flow Rate: 0.5-50 m³/h Seal Material: EPDM, PTFE, FKM (FDA approved) Mounting Type: Vertical or horizontal installation Quality guarantee of 3 years ISO 9001, FDA, SGS approved materials 7-10 days fast delivery on urgent requirements 20 years' Rich exporting experience to make you easy and happy with custom work Product Description Stainless steel sanitary tanks are widely used in high-cleanliness industries and have the following significant feature: 1.Modular Plate/Tubing Configuration Enhances Serviceability Plates or tubes are designed in modular arrays, allowing quick disassembly and targeted maintenance without disturbing the full unit. 2.Hygienic Polished Surfaces Reduce Contamination Risk All contact surfaces are internally polished to Ra ≤ 0.6 μm, which minimizes bacterial adhesion and simplifies CIP/SIP cleaning. 3.Self-Draining Geometry for Zero Liquid Retention Internal flow paths and angles are configured to ensure complete drainage, eliminating stagnation risks in sanitary processes. 4.Compact Design with High Thermal Efficiency Output Efficient surface-area-to-volume ratio enables faster heat transfer in a reduced footprint, ideal for space-limited installations. 5.Customizable Connection Interfaces for Process Integration Tri-clamp, flange, or threaded ends can be selected to seamlessly integrate with existing pipelines, avoiding retrofitting costs. 6.Double-Wall Leak Detection Option Ensures Safety Optional double-wall configuration enables early leak detection between fluids, protecting product purity and operator safety. Product Parameters Detailed Photos FAB Feature Advantage Benefit 1.Compact design supports modular setups. Easy integration into limited production spaces increases layout flexibility. 2.Crevice-free channels ensure smooth flow. Reduces contamination risk, ensuring a hygienic environment. 3.Electropolished surfaces resist corrosion. Enhances durability, ideal for CIP/SIP cycles. 4.Multiple sanitary connections available. Speeds up installation, lowering time and labor costs. 5.High thermal conductivity plates. Boosts heat transfer efficiency, optimizing energy consumption. 6.Optional double-wall structure. Prevents cross-contamination, protecting product integrity. 1.Smooth internal finish minimizes fouling. Decreases cleaning frequency, improving operational uptime. 2.Compact frame sav

Removable High Efficiency Plate Heat Exchanger for M3, S9a, M6, M10, M15

Plate heat exchanger is a high-efficiency heat exchanger made up of a series of metal sheets with a certain corrugated shape. Thin rectangular channels are formed between various plates, and heat exchange is carried out through the plates. Plate heat exchangers are ideal equipment for liquid-liquid and liquid-vapor heat exchange. It has the characteristics of high heat exchange efficiency, low heat loss, compact and lightweight structure, small footprint, wide application, long service life and so on. Under the same pressure loss, the heat transfer coefficient is 3-5 times higher than that of the tube heat exchanger, the floor space is one-third of the tube heat exchanger, and the heat recovery rate can be as high as 90%. Product Characters EFFICIENT High heat transfer coefficiency -- corrugated stainless steel plate and counter flow style Maximum heat transfer coefficient: 7000W/m2K CUSTOM-MADE Wide selection of materials -- plates(SS304, SS316L, SMO254,Ti,Ni,Hastelloy), gaskets(NBR, EPDM, HNBR, Fluororubber/Viton, Silicon) Multi-media available -- water to water(fluid to fluid), steam to water(gas to fluid) According to various applications, we will design the optimal product for your requirements CONVENIENT Easy cleaning -- smooth surface, detachable plates Small floor area -- compact size How It Works As a new efficient and compact heat exchanger, this product consists of multiple parallel corrugated-surface thin metal sheets that overlap and are then fixed by lamp plates and bolts. Heat exchange principle: the cold working fluid and the hot working fluid flow through the narrow and winding passage made of two neighboring plates alternately and realize cold and heat exchange through the plates separating the two working fluids. Plates and Gaskets The plate heat exchanger's plate materials and corresponding applicable places are given in Table 1 and its gasket materials and corresponding applicable places in Table 2 for your reference. Table 1 Plate Materials Material name Thickness(mm) Material grade Applications Stainless steel 0.5-0.8 304,321,316,316L Places with serious corrosion caused by acid or base mediums and places not suitable for chloride ions Commercial pure titanium 0.5-0.8 Ti Alkali or salt making places, sea water desalination places, low-temperature places, freezing places or places with chloride-ion corrosion Nickel 0.5-0.8 Ni Places resistant to corrosion, hot alkali liquor corrosion, neutral solutions or subacid solutions Acid-resistant steel 0.5-0.8 RS-2, SM0254, HC-276 Sulfuric acid field and the fields with acid corrosion Table 2 Gasket Materials Material name Code Applicable temperature Applications NBR N -20~110ºC Water, non-polar oil, mineral oil, lubricating oil, silicon oil, etc. EPDM E -20~150ºC Steam, water, ozone, polar chemical mediums, alcohol, weakacids, weak bases, salt solutions, etc. Chloroprene rubber C -40~100ºC Ammonia, mineral roil, lubricant, freon, etc. Fluororubber F 0~180ºC Inorganic acids, bases, mineral oil, halohydrocarbon and oxidant Silicon rubber Q -40~200ºC Food field, etc. For more information, feel free to contact us ! Company profile:

Compact Detachable Heat Exchanger Plates for Pharma Sterilization

Product Description Plate Heat Exchanger for Marine Applications Product Overview The Plate Heat Exchanger is specifically engineered for demanding marine environments, offering robust performance in seawater cooling, ballast water treatment, and LNG carrier systems. Certified by China Classification Society (CCS) and CE, it is the preferred choice for leading shipyards and offshore engineering companies Key Features Corrosion Resistance: Titanium plates (TA1 Grade) + FKM gaskets withstand saltwater corrosion, ensuring a lifespan of 15+ years even in harsh marine conditions. Anti-Vibration Design: Reinforced carbon steel frame with shock-absorbing brackets minimizes mechanical stress caused by ship motion. High Efficiency: Turbulent flow design achieves 40% higher heat transfer efficiency compared to traditional shell-and-tube models. Easy Maintenance: Modular structure allows disassembly in 30 minutes for cleaning or part replacement, reducing downtime. Product Parameters structure Plate Heat Exchanger voltage customized Technical Specifications Parameter Details Max Pressure 25 bar Temperature Range -20°C ~ 180°C Plate Material AISI316L/304, Smo254, Hastelloy, Ni, Ti Certifications CE, ISO 9001 Applications Engine Cooling Systems: Stable temperature control for marine diesel engines. Ballast Water Heat Exchange: Efficient heat recovery during ballast operations. LNG Carrier Cryogenic Systems: Reliable performance at ultra-low temperatures. Case Study Installed in 50+ LNG carriers for China State Shipbuilding Corporation (CSSC), achieving a 0.3% failure rate over 3 years of continuous operation. Detailed Photos Packaging & Shipping Delivery time: Within 10 working days after received the deposit and confirmed all details. Package details: Standard export plywood case & customizing Company Profile Shanghai Shuntu Heat Exchange Equipment Manufacturing Co., Ltd. Your Trusted Partner in Heat Exchange Solutions Since 2009 Core Competencies 15+ Years Expertise: Specialized in plate heat exchangers, welded plate heat exchangers, and brazed plate heat exchangers, serving global clients in marine, chemical, HVAC, and industrial sectors. Top-Tier Design Team: Our engineers graduated from the industry's top academy, combining cutting-edge innovation with decades of practical experience. Certified Excellence: Recognized as a "Golden Supplier" by China Shipbuilding Industry Corporation, with ISO 9001 certification and CE compliance. Industry Leadership Marine Industry Key Solutions: Corrosion-resistant heat exchangers for seawater cooling, engine systems, and offshore platforms. Proven Track Record: Trusted by leading shipyards and marine engineering companies in Asia and beyond. Chemical Engineering High-Performance Equipment: Designed for extreme pressure, temperature, and corrosive media (e.g., acids, alkalis). HVAC & Energy Energy-Efficient Designs: Reduce operational costs by 20%+ for heating, cooling, and waste heat recovery systems. After Sales Service Get free replacement parts service and online technical support for 1 year after purchase. Additional shipping fees may apply. Shipping included at no extra cost. Full-Scale Customization: Over 200+ models of heat exchangers and accessories to meet diverse needs. End-to-End Service: From design to after-sales support, including 24/7 technical assistance. Global Reach: Products exported to 30+ countries, with localized logistics and installation guidance. Quality Guarantee: Rigorous testing with a 2-years warranty on core components.

Datang Stainless Steel Aluminium Fin Tube Bundles Air Cooler

Introduction to air-cooled heat exchangers Water shortage and increasing costs, together with more recent concerns about water pollution and cooling tower plumes, have greatly reduced industry's use of water cooled heat exchangers. Consequently, when further heat integration within the plant is not possible, it is now usual to reject heat directly to the atmosphere, and a large proportion of the process cooling in refineries and chemical plants takes place in Air Cooled Heat Exchangers (AC-HEs). There is also increasing use of Air Cooled Condensers for power stations. The basic principles are the same but these are specialized items and are normally configured as an A-frame or "roof type". These condensers may be very large-the condensers for a 4000 MW power station in South Africa have over 2300 tube bundles, 288 fans each 9.1 m in diameter and a total plot area 500 m X 70 m. AC-HEs for process plants are normally just called Aircoolers, but should not be confused with devices for cooling air (best described as Air Chillers). The design of an AC-HE is more complex than for a Shell and Tube Heat Exchanger, as there are many more components and variables. The structure of an AC-HE is painted or galvanized, depending on customer specification. However, the costs are roughly the same if a multiple coat paint system is specified. Often the painted units are more expensive. There seems to be a trend toward more galvanized structures because they require virtually no maintenance. Painted structures require touch-up after installation and they often rust anyway. Air-cooled heat exchangers are used extensively throughout the oil and gas industry, from upstream production to refineries and petrochemical plants, under high pressure and high temperature conditions, as well as corrosive fluids and environments. Applications: Petrochemical Refining Refinery chemical plants Power generation Natural gas processing Natural gas compression Oil & gas transmission LNG liquefaction &vaporization Engine radiator cooling Bitumen extraction and upgrading Industrial process applications natural gas processing plants liquefaction facilities large transmission pipelines Gas Compression What standards air used for Air-Cooled Exchangers? First, almost all air coolers are built to Sect. VIII of the ASME Code, since they are pressure vessels. For refinery and petrochemical services most customers include 661 (Air-Cooled Heat Exchangers for General Refinery Service) in their specifications. This spec is very good since it includes all the necessary information to properly specify a cooler and provides for a high level of minimum quality in the design and fabrication of the cooler. In the back it has a very good checklist where a customer can decide exactly what type construction is needed and what options are important. These include such items as galvanizing vs. painting, types of headers, maintenance walkways and platforms, controls, and external loads on the cooler. The following details refer mostly to the specifications. What kinds of finned tubes are used? The tubes can be of virtually any material available, such as carbon steel, stainless steel, Admiralty brass, or more exotic alloys. The minimum preferred outside diameter is one inch. Some manufacturers sometimes use smaller tubes, but most of the process coolers have tubes which are 1.0", 1.25", or 1.5" OD. The minimum tube wall thicknesses vary with the material. In some cases the design pressure and design temperature of the exchanger govern the minimum thickness. The fins are almost always of aluminum material. The most common type of fin is the helically wrapped, L-footed type. These are used where the process temperatures are

Tube Fin Heat Exchanger Main Heat Exchanger

Product Description Tube Heat Exchanger This heat exchanger series have beautiful shape, mutual craft. Comparing with other heat exchanger, it has long usage history, big batch production, mutual and stable structure and performance, wide applicable power and high market recognition. It is in the most widely used by all kinds of big, medium and small wall mounted gas boiler manufacturer. Product Parameters Gas Boiler Heat Exchanger Material:copper, brass Model: Single pipe, dual pipe available Fins: as per your requirement. Main Heat Exchanger for Wall-mounted Gas Boiler Feature: Copper-made heat exchanger Single pipe/ Dual pipe exchanger Screw/ bayonet type connection Capacity 13kw to 36kw available 0.3Mpa usage pressure at heating water end. 0.8Mpa usage pressure at domestic water end. Connection type: Brass Screw Type Applicable power: 15~36kw Work pressure-bearing: Sanitary terminal: 0.8Mpa Heating terminal:0.3 Mpa Sime Format Zip 25OF(6174232); Baxi Main 18/24 Fi. 24i(can replace the original heat exchanger with article number 616170) Main Digit 240 Fi, 240i(can replace the original heat exchanger with article number 616170); Mainfour 24i, 240 Fi(can replace the original heat exchanger with article number 616170) Raw materials TUBE Copper Titanium Alminum Carbon Steel Stainless steel 304 Stainless steel 316 Cu-Ni(90/10) Cu-Ni(70/30) FIN Copper Titanium Stainless Steel Carbon steel Alminum Detailed Photos Other models MHE-D-4-BD-BT-1-Q3T1-260(10023661) MHE-D-4-BF-BT-1-Q1Q5-250(20005544) MHE-D-5-BF-BX-0-Q2-225 MHE-D-5-BF-FL-0-Q1-187 MHE-D-5-BF-N-0-Q1-300 MHE-D-5-BF-N-0-T1-270 MHE-D-6-BF-N-0-Q1-270 MHE-D-6-BF-N-1-T1-180 MHE-D-6-BR-BS-0-S-225 MHE-D-6-UF-BS-0-S-280 MHE-S-4-UF-BT-0-Q6-260(20067305) MHE-S-4-UF-BT-1-Q3-260(20052572) MHE-S-4-UF-BT-1-Q5-250(20052579) MHE-S-5-BF-BS-0-S-200 MHE-S-5-BF-BS-0-S-270 MHE-S-5-BF-N-0-Q1-225 MHE-S-5-BF-VS-2-T1-180 MHE-S-5-BF-VS-2-T1-295 MHE-S-6-BF-BX-0-Q1-270 MHE-S-6-BF-BX-0-Q1-295

Cold Storage Machine Room Plate Heat Exchanger

Product Description Demountable plate heat exchanger The plate sheets of detachable plate heat exchangers exhibit significant advantages in structural design, material selection, and performance, making them indispensable heat exchange equipment in modern industry. Their advantages such as high-efficiency heat transfer, compact structure, easy maintenance, and economic practicality enable them to perform outstandingly in numerous application scenarios. With the continuous advancement of technology, the performance and application scope of plate heat exchangers will be further expanded, providing more efficient and environmentally friendly solutions for industrial production. Control of high - quality raw materials Dual-table monitoring to prevent malfunctions The rubber strip is independently developed and produced We use high-quality raw materials from well-known brands to ensure the thickness of the boards and the stability of the materials from the source. During the testing process, dual pressure test gauges are used to monitor the pressure simultaneously to avoid misjudgment of single gauge failures, and video data is retained throughout the process for customer tracing For key sealing components, we rely on our own rubber strip factory to independently adjust the glue design according to the working conditions, accurately control the process parameters, adapt to different usage scenarios, and improve the sealing reliability. Detailed leakage inspection Quality inspection of intermediate links Visual record traceability After completing the pressure test, conduct a detailed inspection to reduce the risk of water leakage. Set up multiple quality inspection nodes to ensure the pass rate of semi-finished and finished products. All inspection images are stored for customer traceability. Heat exchanger plate gasket technology The corrugated plate design optimises heat transfer efficiency by creating a large yet compact total heat transfer surface area — this unique structure enables rapid heat conduction between different liquids or gases. The heat transfer area features a chevron-shaped corrugation design. When two plates are overlapped in a relative chevron pattern, it induces spiral fluid flow and generates high turbulence. This flow characteristic not only significantly improves the heat transfer coefficient and enhances heat exchange efficiency but also achieves effective self-cleaning through the turbulent flushing effect, reducing the accumulation of impurities. Additionally, the corrugation pattern can be flexibly adjusted according to requirements (e.g., changing the corrugation angle, spacing, etc.), enabling the heat exchanger to adapt to a wide range of industrial processes. Even when handling fluids with extremely high impurity content, it maintains stable and efficient operation. Plate-and-frame design ensures uniform fluid distribution, laying the foundation for maximising heat transfer while optimising flow distribution, reducing fouling and temperature inconsistencies, maintaining high equipment performance, and lowering energy consumption, maintenance costs, and downtime risks. Gaskets are critical components of heat exchangers, and their integrated design with plate sheets achieves optimal sealing. We customise gaskets according to heat exchange conditions, matching contours, widths, thicknesses, and polymer combinations to reduce leakage and damage risks, extend service life, and minimise downtime and maintenance costs. Specification Accreditation Maximum working pressure Norm Place of origin CE ISO customisable customisable SUZHOU RoHS Application Scenario Detachable Plate Heat Exchanger Maintenance Manual Daily basic inspection Core component inspection Shutdown maintenance regulations Regularly check the app

Brazed Plate Heat Exchanger Condenser Swep S500TM

High Efficiency Brazed Plate Heat Exchangers Condenser Swep B500 new model Working Principle Brazing the stainless steel plates together eliminates the need for sealing gaskets and thick frame plates. As well as holding The plates together at the contact points, the brazing material seals the package. Baode's brazed heat exchangers are brazed At all contact points, ensuring optimal heat transfer efficiency and pressure resistance. The plates are designed to achieve Longest possible lifetimes. Since virtually all material is used for heat transfer, the Brazed Plate Heat Exchanger is very compact In size and has a low weight and a low hold-up volume. The BPHE (Brazed Plate Heat Exchanger ) consists of thin corrugated Stainless steel plates which are vacuum brazed together using copper as the brazing material. Copper brazed units can be used for numerous of applications. For food applications and applications involving aggressive fluids, Nickel brazed units are requested. Refrigeration Systems: Evaporator, Condenser, Economizers and Desuperheaters Air dryer Heat pump Absorption chiller HVAC Radiant Floor, Snow Melt, Boiler Solar water heat exchanger District heating Other Industrial applications such as: Heat Recovery Oil Cooler: Hydraulic oil cooling, engine oil cooling, and fuel oil heating. Steam Heating. Flat plate heat exchanger Beer wort cooler Milk pasteurization Wind turbine oil cooler Marine oil cooler Short delivery time. High quality Reasonable price Customer made Know-how design and customer support Model BL350 Max pressure (Mpa) 3/4.5 Test pressure(Mpa) 4.5/6.7 Volum pr channel(L) 0.25 Exchange area (M2) 0.3(n-2) Max Temperature 225C Width(mm) 305 Height(mm) 980 Horizon hole(mm) 179 vertical hole(mm) 854 Length(mm) 9+2.28N

Frostshield Industrial Heat Exchanger with Corrosion Resistance and Wood Packaging