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Common Uses Of Titanium Tube

Feb 05, 2018

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Due to the unique density, strength as well as corrosion resistance of titanium, this has been used in different industries for various applications. When it comes to high quality tube products, titanium are much better to be used compared to other competing materials like super alloys and stainless steels. The titanium density is approximately 60% of that of nickel- or steel-based alloys, which in turn gives an important weight savings in the aerospace structures. Compared to the ferritic or austenitic stainless steel, titanium has much better tensile strength. Titanium is extremely corrosion resistant and can exceed the resistance level of stainless steels.


Titanium tube is usually used on various applications because of the inefficiency of most stainless steels as well as other materials in different instances. Titanium tube is one of the most common titanium mill products, which are used in myriad products because of being resistant to corrosion as well as its strength-to-weight ratio. Titanium along with its alloys is continuously evolving in order to effectively address the challenges in various industries, from which the novel properties of titanium are needed in order to obtain productivity and be able to satisfy the federal regulations. Some of the common uses of titanium tube are as follows:


Aerospace – Titanium is used for the airframe as well as engine components of aerospace. The titanium tubes have the capability to handle high temperatures even without creep. Due to the superior resistance of this tube to fatigue and crack growth, it has been recognized because of its high strength-to-density ratio.


Power generation – When it comes to high-temperature water as well as steam environments, titanium tubes are playing an important role. The grade 2 titanium has been used in different power plants in order to handle problems associate with the failure of boiler rubes and condenser.


Chemical Processing – The highly corrosive environments like those which are usually found in the demand piping systems, chemical processing industry, heat exchangers as well as other systems which are capable in handling heavy loads. Through the titanium’s superior corrosion resistance, there is a great chance that it will effectively endure high stresses in the extreme environment for longer time.


Oil and Gas – HPHT or high pressure, high temperature applications like oil and gas well applications would require piping capable in enduring continual use. Oil and gas industry typically needs the high corrosion resistance of titanium particularly in areas like topside, subsea and downhole.


Titanium tubes are considered as the 9th most abundant element of the earth’s crust as well as the 7th most abundant metal. The alloyed titanium tubing along with the mixture of the combination of vanadium and aluminum can increase the titanium’s strength while retaining its weight advantage over steel.


Titanium can be worked easily. With its stiffness, strength, toughness, very desirable metal for high performance metal tubing and high melting point, chances are that industries will be much encouraged to use titanium tubes. His can be used on aircraft hydraulic systems, medical implants, hydraulic systems, subsea equipment, offshore drilling rig components and chemical and marine processing plants.


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