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Titanium Plate Strong Corrosion Resistance

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The classification of heat exchangers is more extensive: Titanium reactors, pressure vessels, condensers, reaction cookers, spiral plate heat exchangers, bellows heat exchangers, Titanium Plate titanium tube heat exchangers, titanium plate heat exchangers, spiral plate heat exchangers , Shell and tube heat exchanger, volumetric heat exchanger, floating head heat exchanger, tube heat exchanger, heat pipe heat exchanger, soda heat exchanger, heat exchange unit, graphite heat exchanger air heat exchanger, Titanium heat exchangers, heat exchangers, materials requiring heat exchangers have strong corrosion resistance. It can be made of non-metallic materials such as graphite ceramic glass and stainless steel titanium tantalum zirconium and other metal materials. But with graphite ceramic glass and other materials are fragile volume, poor thermal conductivity and other shortcomings, spiral plate heat exchanger with titanium tantalum zirconium and other rare metals made of the heat exchanger is too expensive, Titanium Plate stainless steel is hard to resist many corrosive media, And produce intergranular corrosion. Titanium Spiral Plate Heat Exchangers In industrial processes such as petrochemicals, light industrial pharmaceuticals and energy, it is often necessary to heat the cryogenic fluid or to cool the fluid at high temperature to vaporize the fluid into steam or to condense the vapor into liquid. These processes are closely linked with the heat transfer, so they can be done through heat exchangers. Heat exchanger is part of the heat transfer fluid to the cold fluid heat equipment, Titanium Plate also known as heat exchanger. Heat exchanger is to achieve chemical production process heat exchange and transmission of essential equipment. In the heat exchange often have some corrosive, highly oxidizing materials, the material required to manufacture spiral plate heat exchanger has strong corrosion resistance.
Titanium tube heat exchanger, also known as tube-fin heat exchanger, the structural features of the heat exchanger tube or the inner surface of the tube is equipped with many fins, commonly used fins are vertical and horizontal two categories, titanium fins Tubular heat exchanger as an air cooler, is widely used in industry. Use of air instead of water, not only in water-scarce areas, where sufficient water, Titanium Plate the use of air-cooled has also made greater economic benefits. Of course, the installation of fins will increase equipment costs, but generally when the convection heat transfer coefficient of the two fluids exceeds 3: 1 ratio, Titanium Plate the use of finned titanium tube heat exchangers is economically justified. Fins and pipe surface connections should be closely linked, or the connection of the contact resistance is large, affecting the heat transfer effect. Titanium Plate Common methods of connection are thermowells, inlaid, tension and welding and so on. In addition, Titanium Plate the finned tube can also be used as a whole rolling, the overall casting or machining methods. Chemical production often encounter the problem of heating and cooling gas. Due to the small convective heat transfer coefficient of the gas, Titanium Plate when the other fluid that exchanges heat with the gas is water vapor condensation or cooling water, the heat resistance at the gas side becomes a heat transfer control factor.