Titanium alloy fasteners are widely used in aerospace field due to their low density, high ratio and corrosion resistance. This paper focuses on the development of titanium alloy materials for Aviation fasteners. Combined with the development of titanium alloy for fasteners, the application sta ...

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TIG welding is the most commonly used method for welding titanium and titanium alloys. It is often used for welding titanium and titanium alloys with a thickness of less than 3mm. TIG welding can be divided into two types: open welding and in-box welding, which are divided into manual welding and a ...

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Titanium is an inert metal. Its chemical symbol is ti and its atomic number is 22. It is a silver metal. The specific gravity is 4.51 and the melting point is 1668°C. Its reserves in the earth’s crust are very rich. It is second only to iron, aluminum, and magnesium, ranking fourth, more ...

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Because titanium (titanium and titanium alloy) has good mechanical and physical properties, its density is small and its strength is high. The ratio of tensile strength σb to density ρ σb/p=200, which is almost the highest among all metal materials . At the same time, it has very go ...

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Any material has its advantages and disadvantages. In order to further improve the corrosion resistance, wear resistance, fretting wear resistance and high temperature oxidation resistance of titanium alloy, surface treatment of titanium alloy is an effective way to further expand the application ...

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Shell and tube heat exchanger is the most commonly used heat exchanger structure in petrochemical industry because of its simple structure, strong structure, wide range of materials, free expansion of tube bundle, no temperature difference stress caused by wall temperature difference between heat ...

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The welding performance of titanium coil and heat exchanger has many remarkable characteristics, which are determined by the physical and chemical properties of titanium and titanium alloy. Influence of gas and impurity pollution on welding performance At room temperature, titanium and i ...

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Why do we think titanium alloy is a kind of difficult to machine material? Due to the lack of in-depth understanding of its processing mechanism and phenomenon. Physical phenomena of titanium processing The cutting force of titanium alloy is only slightly higher than that of steel with the same ...

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The changes of microstructure and texture of ti65 titanium alloy sheet under different heat treatment conditions were studied. The types of texture and the mechanism of heat treatment affecting tensile strength were analyzed. The results show that the heat treatment has a significant effect on ...

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In recent years, the development and utilization of natural gas resources have achieved great economic and social benefits. It has reduced air pollution, improved the living environment and improved the quality of life of urban and rural residents. The power plant uses natural gas to generate ele ...

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The effect of heat treatment temperature on the microstructure and texture of Ti60 Alloy Sheet was studied. The results show that the microstructure and texture of Ti60 Alloy Plate after heat treatment in α single phase region are basically unchanged compared with that as rolled; with the ...

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The micro morphology and galvanic current density of micro arc oxidation film of TC4 titanium alloy after different treatment were studied by scanning electron microscope and electrochemical workstation. The results show that high temperature oxidation does not significantly change the surface morp ...

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