High-pressure Applications Shell And Tube Heat Exchanger
time:2019-04-11 06:34:16 Click:
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Basic Info Principle:Mixing Heat Exchanger Structure Material:Metal Material Core:Core Evaporative Heat Exchanger Type:Stainless Steel Heating Equipment Style:Steel Type Ceramic Heating Equipment Type:Ceramic Electric Heater Mixing Heat Exc
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Product description
Basic Info
Principle: Mixing Heat Exchanger
Structure Material: Metal Material
Core: Core Evaporative Heat Exchanger
Type: Stainless Steel Heating Equipment
Style: Steel Type
Ceramic Heating Equipment Type: Ceramic Electric Heater
Mixing Heat Exchanger Type: Cooling Tower
Recuperative Heat Exchanger Type: Shell and Tube Heat Exchanger
Heat Transfer Surface: Plate Heat Exchanger
Additional Info
Packaging: Unpackaged
Productivity: 1000
Brand: WST
Transportation: Ocean
Place of Origin: Wuxi City,China
Supply Ability: 1000
Certificate: GB ASME PED
Port: S
Product Description
High-pressure applications Shell And Tube Heat Exchanger, Shell and tube heatexchangers consist of a series of tubes. One set of these tubes contains thefluid that must be either heated or cooled. The second fluid runs over the tubesthat are being heated or cooled so that it can either provide the heat or absorbthe heat required. A set of tubes is called the tube bundle and can be made upof several types of tubes: plain, longitudinally finned, etc. Shell and tubeheat exchangers are typically used for high-pressure applications (withpressures greater than 30 bar and temperatures greater than 260 °C).This is because theshell and tube heat exchangers are robust due to their shape.
Feature:
1.the heat transfer efficiency, practicability;
2.cost-effective, high safety factor; Titanium is a rare metal, it has high strength, light weight, corrosion resistance characteristics;
3.compact structure, both small and light, the quality of light than ordinary met
Selection of tube materal
To be able to transfer heat well, the tube material should have good thermal conductivity. Because heat is transferred from a hot to a cold side through the tubes, there is a temperature difference through the width of the tubes. Because of the tendency of the tube material to thermally expand differently at various temperatures, thermal stresses occur during operation. This is in addition to any stress from high pressures from the fluids themselves. The tube material also should be compatible with both the shell and tube side fluids for long periods under the operating conditions (temperatures, pressures, pH, etc.) to minimize deterioration such as corrosion. All of these requirements call for careful selection of strong, thermally-conductive, corrosion-resistant, high quality tube materials, typically metals, including copper alloy, stainless steel,carbon steel, non-ferrous copper alloy, Inconel, nickel, Hastelloy and titanium. Poor choice of tube material could result in a leak through a tube between the shell and tube sides causing fluid cross-contamination and possibly loss of pressure.
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