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Titanium Pipe Process Characteristics

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Titanium HEAT exchanger is a kind of heat transfer equipment which is controlled by high quality titanium to pass heat flow to cold fluid. Titanium heat exchanger by virtue of the many advantages of pure titanium industry, chemical, Titanium Pipe petroleum, power, food and many other industrial sectors of the general equipment, Titanium Pipe in the production occupies an important position.
In practice, the heat transfer effect of heat exchanger has a great relationship with the material and process characteristics of heat exchanger. In the process of concentration, Titanium Pipe the solute or impurity is often deposited on the heating surface and crystallized to form a fouling layer, which affects the heat transfer; some of the solute is thermal sensitivity, the residence time is too long and perishable at high temperature, Titanium Pipe and some materials have larger corrosive or higher viscosity, etc.
Titanium heat Exchanger selection of high-quality Titanium control. In the physical properties, titanium tube with light weight, superior mechanical properties and many other advantages. Titanium Pipe The strength of titanium is large, and the tensile strength of pure titanium can reach 180kg/mm2. The strength of some steels is higher than that of titanium alloy, but the strength of titanium alloys (the ratio of tensile strength and density) exceeds that of high-quality steel. In addition, the titanium alloy has good heat-resisting strength, low temperature toughness and fracture toughness.
Titanium heat exchanger by virtue of the various fine properties of industrial pure titanium, widely used in various types of seafood culture, seawater heat transfer, salt water heat, chemical, Titanium Pipe food, medicine, metallurgy, refrigeration, light industry, electroplating industry, aluminum oxidation tank, salt, paper, ultrasonic, electronic communications, central heating and other industries and fields.
Titanium tubes are malleable. The elongation of high purity titanium tube can reach $number, and the section shrinkage can reach $number. Although the high purity titanium tube has low strength, Titanium Pipe but the pure industrial titanium contains a small amount of impurities and added alloying elements can significantly enhance its mechanical properties, so that its strength can be compared with the high strength. Titanium Pipe That is to say, in the industrial pure titanium tube, as long as contains a small amount of interstitial impurities and other metal impurities, it can be both high strength and appropriate plasticity.
Strong corrosion resistance, which is due to its affinity to oxygen is particularly large, can be produced on its surface a layer of dense oxide film, can protect titanium from media corrosion. Titanium Pipe Therefore, titanium in acidic, alkaline, neutral saline solution and oxidizing medium has good stability, than the existing stainless steel and other non-ferrous metals corrosion resistance is good.
Low-pressure fluid transport with welded titanium pipe (gb/t3092-1993) also known as the usual welded pipe, commonly known as clarinet. is used to transport water, Titanium Pipe gas, air, oil and heating steam and other commonly low pressure fluids and other uses of welded titanium tube. The titanium tube wall thickness is divided into the usual titanium tube and thickened titanium tube, the receiving end is divided into a titanium tube without thread (optical tube) and a threaded titanium tube. The standard nominal caliber (mm) of the titanium tube indicates that the nominal caliber is the approximate value of the inner diameter. Titanium Pipe Customarily used to indicate, such as 11/2. In addition to the direct use of welded titanium tubes for the conveyance of low-pressure fluids, many of the original tubes used for the transport of low pressure fluids are galvanized tubes.