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Supplier: Boyd
Description: /Air, Air/Liquid, Liquid/Liquid Two Phase – Condensers & Evaporators Non Traditional Shaped Heat Exchangers- Parallelograms, Trapezoids, Circular PMA Drawn Cup, Aerospace Aftermarket Support Configurations include: Cross-flow
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Supplier: Munters DH
Description: adjustable plate-thickness and plate-spacing and multiple flow patterns. The Thermo-Z™ heat-exchanger is designed for industrial environments. High quality materials and construction provide superior performance in high-temperature or corrosive environments. The heat-transfer
- Applications: Other
- Connection Type: Flange
- Primary Exchanger Material: Stainless Steel
- Temperature Range: 0.0 to 1400 F
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Supplier: Alfa Laval Inc.
Description: The Alfa Laval Type 2 spiral heat exchanger is used for 2-phase duties, both condensing and evaporation (re-boiling). In this configuration the spiral is always in a vertical position. Cross-flow condensing with lowest possible pressure drop. In this configuration the spiral
- Applications: Other
- Maximum Working Pressure: -14.5 to 116 psi
- Temperature Range: -148 to 752 F
- Type: Shell and Tube
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Supplier: Alfa Laval Inc.
Description: the cooling side. Id cleaning is needed, chemical cleaning on the cooling side is very efficient because of the single channel construction. Applications The Alfa Laval ALSHE Cond spiral heat exchanger can be used as: Condenser Reflux condenser Reboiler Gas cooler Heater (even in
- Applications: Other
- Maximum Working Pressure: 0.0 to 1450 psi
- Temperature Range: -148 to 752 F
- Type: Shell and Tube
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Supplier: jbj Techniques Limited
Description: » Safety cooler gives protection against cross flow contamination. » Sealed double tube technology. » Protects against over pressure. » 100% electronic monitoring. » Leak detector available on request certfied
- Applications: Oil Heating / Cooling
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Supplier: Alfa Laval Inc.
Description: uniform flow over the entire plate surface. Fully CIPable, FrontLine gasketed heat exchangers are easier to maintain with straightforward gaskets and closures to facilitate inspection and cleaning time. FrontLine plate heat exchanger range The Alfa Laval FrontLine
- Applications: Food and Beverage Processing
- Type: Plate
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Supplier: SWEP North America
Description: The optimized B60 is the market's leading product for gas/liquid applications. The asymmetric design of the channel plates makes it possible to use fluids with different flow rates through the heat exchanger. The exchanger has also been designed for optimal cross
- Applications: Other
- Connection Type: NPT, Flange, Solder, Other
- Liquid Flow Rate: 343 GPM
- Maximum Working Pressure: 450 psi
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Supplier: Thermocold Costruzioni Srl
Description: Heat recovering units with horizontal development equipped with two centrifugal fans and cross-flow heat exchangers. Heating recovery capacity: 3 kW ÷ 3.7 kW
- Application: Commercial
- System Type: Heat Energy Recovery
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Supplier: Alfa Laval Inc.
Description: For general heating, cooling and heat recovery of media containing fibres and coarse particles. In addition the wide-gap channels are suitable for highly viscous fluids. The plate heat exchanger consists of a pack of corrugated metal plates with portholes for the passage of the
- Applications: Other
- Type: Plate
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Supplier: Thermocold Costruzioni Srl
Description: Air handling units with cross-flow heat exchangers, equipped with two centrifugal fans and with a heat recovery system. Heating recovery capacity: 1.4 kW ÷ 19.4 kW
- Application: Commercial
- System Type: Heat Energy Recovery
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Supplier: Thermocold Costruzioni Srl
Description: Packaged air dynamic handling units with crossflow heat exchangers with centrifugal fans and hermetic scroll compressors. • Compressors scroll hermetic type. • Double suction centrifugal fans. • Air side heat exchanger with seamless copper tubes and plate type
- Application: Commercial, Residential
- System Type: Heat Energy Recovery
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Supplier: IHS ESDU
Description: can be modified, before or after fabrication, are discussed. The methods apply to bundles in a rectangular cross-section duct, to shell-and-tube heat exchangers and to helical coil arrangements.
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Supplier: SAE International
Description: heat exchange capacity. Though several investigations have been conducted to find out the air side heat transfer and flow characteristics of common compact cross-flow heat exchangers with various tube and fin geometries, the studies on air side
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Supplier: SAE International
Description: Three-dimensional conjugate heat transfer models are built to predict the steady-state performance of microscale pin-fin and cross-flow heat exchangers with hydraulic diameters on the order of 100 \u03bcm. Modeling, meshing, and segmentation techniques are presented to
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Supplier: KTR Corporation
Description: depending on the application and taking into account the cooling power required, and adapted to the mounting space, if necessary. Product features Optimum accomodation of housing and fan wheel Constant air flow rate due to the heat exchanger Best utilization
- Connection Type: NPT
- Type: Air-Cooled, Shell and Tube
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Supplier: Xoxide
Description: exchangers on the market. The copper fins are specially designed to work perfectly with Super-Silent fans (with low Airflow and noise level). The parallel cooling channels additionally ensure a low flow resistance. At the side of the radiator M3 threads are implemented to allow easy
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Supplier: Xoxide
Description: The absolute High-End radiator with excellent price-performance ratio! The new Phobya radiators offer top-of-the-line cooling performance combined with excellent appearance and high-grade build quality. The Phobya radiators of the new Xtreme series are the absolute Highest-end heat
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Supplier: Mitsubishi Electric Cooling & Heating
Description: The L-Generation Air Source VRF Outdoor Units represent the latest in a long line of innovations from Mitsubishi Electric Cooling & Heating. Featuring HexiCoil™ aluminum flat tube heat exchanger technology, the L-Generation offers best-in-class efficiency ratings across all
- Application: Commercial, Industrial
- System Type: Heat Energy Recovery
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Supplier: SAE International
Description: This paper presents pressure drops and heat transfer rates for compact heat exchangers, where the heat exchangers are angled 90°, 60°, 30° and 10° relative to the incoming airflow. The investigation is based on three heat exchangers with thicknesses
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Supplier: Mitsubishi Electric Cooling & Heating
Description: innovations from Mitsubishi Electric Cooling & Heating. Featuring HexiCoil™ aluminum flat tube heat exchanger technology, the L-Generation offers best-in-class efficiency ratings across all categories improving on the already highly efficient variable refrigerant flow
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Supplier: IHS ESDU
Description: ESDU 82021 provides data and a simple method for calculating pressure loss and heat transfer for single-phase turbulent flow in channels subjected to uniform heat fluxes on the shell-side or tube-side and having uniform surface roughness. Surface roughening is one method that
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Supplier: IHS ESDU
Description: ESDU 86022 presents correlations for external heat transfer coefficient and static pressure loss for single-phase flow over plain circular fins of either rectangular or tapered cross-section on round tubes. They were derived by a regression analysis of experimental results
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Supplier: Armstrong International
Description: The DW (double wall) version of the Armstrong Flo-Rite-Temp Instantaneous Water Heater uses a double wall tube to provide positive separation of the steam and water in the heat exchanger. The area between the walls of the tubes vents to atmosphere so you can detect tube failure without
- Connection Size: 4 inch
- Cooling Source: Water
- Discharge Pressure: 125 psi
- Fluid Transfer Specifications: Heating Only
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Description: exchange membranes. Moreover, a fully polymeric oxygenator without metal heat exchanger is easier to dispose and incinerate compliant to hygienic standards. HEXPET mats are available as single and double layer cross-wound mats. This unique design makes the capillaries
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Description: exchange membranes. Moreover, a fully polymeric oxygenator without metal heat exchanger is easier to dispose and incinerate compliant to hygienic standards. HEXPET mats are available as single and double layer cross-wound mats. This unique design makes the capillaries
- Geometry: Hollow Fiber
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Description: exchange membranes. Moreover, a fully polymeric oxygenator without metal heat exchanger is easier to dispose and incinerate compliant to hygienic standards. HEXPET mats are available as single and double layer cross-wound mats. This unique design makes the capillaries
- Geometry: Hollow Fiber
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Supplier: Solar Atmospheres, Inc.
Description: . Since the entire part is heated, extreme differences in the part cross section is not a problem. Distortion is also greatly reduced by the uniform heating and cooling of the assembly. If you have ever welded stainless steel, you are aware of the problems associated with uneven heating.
- Additional Services: Design Assistance, High Volume Production, Low to Mid Volume Production, Testing and Inspection
- Dissimilar Materials: Yes
- Industry Served: Aerospace / Avionics, Heat Sinks / Thermal Management, Honeycomb Structures, Medical Devices / Health Care, Process Equipment (Heat Exchangers, Tanks, etc.), Tubing Assembly / System, Specialty / Other
- Location: North America, United States Only, Southwest US Only
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Supplier: SAE International
Description: tunnel to verify the aptness of cooling the motor oil through a cross-flow minichannel heat exchanger. The prototype heat exchanger consists of 3 circuits; each circuit has five slabs which are connected to each other by four serpentines. There are 68 channels of 1
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Supplier: ABB Measurement & Analytics
Description: sample gas cooler Constant outlet dew point 1 or 2 gas paths Heat exchanger made from glass, PVDF or stainless steel, exchangeable without tools Corrosion-resistant gas lines High pressure design up to 1 MPa (10 bar) Temperature controller and
- Accuracy: 0.3000 ±% FS
- Control Signal Output: Analog Voltage
- Control Technique: Limit / Set Point Control
- Controller Inputs: DC Voltage Input
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Description: : Aerospace equipment, Semiconductors, Cryogenics, Engines, Nuclear instruments, Heat exchangers, Reactors, Hot Runners, Oil & Gas, Flow meters, Chemical fibers, Food & Medicine equipment etc. Specifications: Working temperature: -270°C ~ +800°C
- Application / Industry: Aerospace, Chemical & Processing, Piping and Valves, Power Generation, Oil & Gas, MIL-SPEC, Nuclear, Specialized
- Cryogenic Application: Yes
- Material: Aluminum, Copper, Nickel / Nickel-Based Alloy, Stainless Steel, Steel, Titanium, Specialized or Other
- Material Features: Heat-Treated, Plated / Coated
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Description: : Aerospace equipment, Semiconductors, Cryogenics, Engines, Nuclear instruments, Heat exchangers, Reactors, Hot Runners, Oil & Gas, Flow meters, Chemical fibers, Food & Medicine equipment etc. Specifications: Working temperature: -270°C ~ +800°C
- Application / Industry: Aerospace, Chemical & Processing, Power Generation, Oil & Gas, MIL-SPEC, Nuclear, Semiconductor, Specialized
- Cryogenic Application: Yes
- Material: Aluminum, Copper, Nickel / Nickel-Based Alloy, Stainless Steel, Steel, Titanium, Specialized or Other
- Material Features: Heat-Treated, Plated / Coated
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Description: , Nuclear instruments, Heat exchangers, Reactors, Hot Runners, Oil & Gas, Flow meters, Chemical fibers, Food & Medicine equipment etc. Specifications: Working temperature: -270°C ~ +800°C Working Pressure: Ultra-vacuum ~ +1500 bar
- Application / Industry: Aerospace, Chemical & Processing, Piping and Valves, Power Generation, Oil & Gas, MIL-SPEC, Nuclear, Specialized
- Cryogenic Application: Yes
- Material: Aluminum, Copper, Nickel / Nickel-Based Alloy, Stainless Steel, Steel, Titanium, Specialized or Other
- Material Features: Heat-Treated, Plated / Coated
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Description: . Applications: Aerospace equipment, Semiconductors, Cryogenics, Engines, Nuclear instruments, Heat exchangers, Reactors, Hot Runners, Oil & Gas, Flow meters, Chemical fibers, Food & Medicine equipment etc. Specifications: Working temperature: -270°C
- Application / Industry: Aerospace, Chemical & Processing, Power Generation, Oil & Gas, MIL-SPEC, Nuclear, Semiconductor, Specialized
- Cryogenic Application: Yes
- Material: Aluminum, Copper, Nickel / Nickel-Based Alloy, Stainless Steel, Steel, Titanium, Specialized or Other
- Material Features: Heat-Treated, Plated / Coated
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Supplier: Mercer International, Inc.
Description: , water and other contaminants bound in the crude. The resultant underflow becomes the wastewater containing water with high concentrations of salt, oil and solids. The Multi-Pack™ coalescer, with its cross-flow herring-bone design and unique integral Chimney Zone™
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Supplier: Cincinnati Sub-Zero Products
Description: ensure an optimal temperature deviation, even with high loading volumes and air exchange rates. The fresh air volume flow needed for the high air exchange rates is monitored reliably by means of an air volume measurement. Optimal people and equipment protection During the post
- Application: Curing
- External Configuration: Vertical Load (Bell Lift)
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Thermal Performance Modeling of Cross-Flow Heat Exchangers
The computational methodology is fully described in the text which is expected to be a useful research and teaching tool in the field of cross flow heat exchangers .
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New Cyclotron Targetry to Enhance F-18 clinical Position Emission Tomography
Laboratory testing was also conducted on a small cross flow heat exchanger with measured performance of 7.4 kW and predicted peak performance approaching 10 kW.
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Design and fabrication of a cross flow micro heat exchanger
To reap the benefits of microchannels while min- imizing the penalty associated with a large pressure gradient, a micro cross flow heat exchanger has been designed and built.
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Using the smith method for calculating the mean temperature difference in a cross-flow heat exchanger with a single-pass motion of nonmixing media through both...
… computer programs for carrying out such calculations encoun ters serious difficulties due to a lack of an algorithm for accurately determining corrections for specific types of a cross flowdesignofheatexchangers,e.g.,forthescheme of a cross flow heat exchanger with single pass motion …
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Cryocoolers 12
MICRO CROSS FLOW HEAT EXCHANGER .
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Industrial applications for LIGA-fabricated micro heat exchangers
Keywords: LIGA, cross flow heat exchanger , mechanical seal, silicon nitride HARMs, .
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Heat and Mass Transfer Intensification and Shape Optimization
1978) Thermal performance deterioration in cross flow heat exchanger due to flow nonuniformity.
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Thermal Design: Heat Sinks Thermoelectrics Heat Pipes Compact Heat Exchangers and Solar Cells
Design a coolant-to-air cross flow heat exchanger .
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Thermal-Hydraulic Performance of Microstructured Heat Exchangers
Figure 3 Schematic of micro- cross flow heat exchanger In practice, multiple panels would be stacked, creating a user-defined number of layers for a given heat load.
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http://www.erem.ktu.lt/index.php/erem/article/download/4453/2897
Simulation of Cross Flow Heat Exchanger for Multi Tubes Using FLUENT 6.3.26 .