Ti6Al4V Titanium Seamless Pipe

Name: Ti6Al4V Titanium Seamless Pipe
Brand: Jeterry
SKU: 226580616

Jeterry Titanium Technology Co., Ltd., founded in June 2012, and is located in the Baoji Hi-tech Development Zone, is a young enterprise mainly engaged in the production and operation of non-ferrous metal titanium-zirconium seamless pipes and aluminum-vanadium alloys. Products are used in the chemical industry, electronics, petroleum, aviation, marine engineering, marine equipment, titanium alloy ingots, etc.

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Description

Custom Titanium Seamless Pipe Supplier

Jeterry Advantages

Advanced Production Equipment

Our company covers an area of more than 2,000 square meters and is equipped with cold rolling mills, high-speed fine boring machines, annealing furnaces, metal band saws, pipe polishers, and other equipment, which can produce high-precision titanium products.

Strong Production Capacity

Our leading steel manufacturer has established strategic cooperation to solve the manufacturing problem of large-diameter steel billets and achieve an annual production capacity of 2,000 tons of tube blanks and 1,000 tons of finished tubes.

OEM Service Available

Free fabric samples, more than 3000 ready-made designs for you to choose from, and OEM solutions for many buyers around the world.

Timely After-Sales Service

Our team has more than 10 years of experience in the field of quality control. At the same time, we provide 24/7 dedicated service and can quickly reply to customers' emails within 12 hours.

Titanium Seamless Pipes for Sale Display

Titanium Welded Tube

Titanium is highly reactive, and it forms a protective oxide layer when exposed to air or water, which prevents rusting and corrosion. This makes our Titanium Welded Tube ideal for use in harsh environments where other materials might deteriorate quickly.

Ti Round Seamless Tube

One of the most notable features of our Ti Round Seamless Tube product is its seamless design. The tube is produced through a process called seamless welding, which yields a tube without any welded seams or joints.

Titanium Grade 1 Seamless Pipe

Our Titanium Grade 1 Seamless Pipe features a uniform wall thickness and is free from any defects such as cracks, seams or pores. It is extruded from titanium billets using advanced hot extrusion technology, ensuring a smooth inside diameter and a continuous pipe length.

Ti6Al4V Titanium Seamless Pipe

Made of high-purity titanium alloy and produced by advanced processing techniques, our Ti6Al4V titanium seamless pipe is designed to meet or exceed the international standards of ASTM B861, ASTM B862, ASTM B338, and ASME SB861.

Titanium Seamless Pipe for Chemical Industry

Our Titanium Seamless Pipe For Chemical Industry is designed to withstand extreme temperatures and pressures while maintaining their high level of corrosion resistance. Due to their superior strength-to-weight ratio, our titanium seamless pipes are widely used in demanding applications such as aerospace and marine industries.

Larger Titanium Seamless Pipe

One of the most impressive features of our Larger Titanium Seamless Pipe is its exceptional resistance to corrosion. This is due to the unique properties of titanium, which makes it highly resistant to corrosion, even in tough environments where other metals may corrode much faster.

Titanium Gr12 Welded Tube

Titanium Gr12 welded tube is made from a blend of titanium, aluminum, and vanadium alloy. What sets it apart from other titanium alloys is its high resistance to corrosion and excellent strength-to-weight ratio. It has become a popular choice for industrial applications, including aerospace, medical, and aviation industries.

Titanium Alloy Welded Tube

Our Titanium Alloy Welded Tube is made from the highest-quality materials available in the market. Our welding techniques are also executed with precision to deliver tubes that are free from any defects and possess uniform quality throughout the length of the tube.

Titanium Seamless Pipe For Seawater Desalination

Titanium is well known for its remarkable corrosion resistance properties. So our Titanium Seamless Pipe For Seawater Desalination is resistant to a wide range of corrosive environments, including seawater, brine, and chemicals that are typically used in desalination plants.

Introduction to Titanium Seamless Pipe

Titanium Seamless Pipes are made up of different grades of titanium alloys. There are commercially pure grades of titanium and alloyed grades. A Titanium Piping System is very often specified for highly-corrosive industrial applications and frequently specified in processes where chlorides are a component.

Benefits of Titanium Seamless Pipe

Lightweight
Titanium is known for its exceptional strength-to-weight ratio. seamless tubes made from titanium are significantly lighter than tubes made from other metals such as steel or stainless steel. This makes them ideal for applications where weight reduction is important, such as aerospace, automotive, and sports equipment.

Corrosion Resistance
Titanium has excellent corrosion resistance, even in highly corrosive environments such as seawater and chemical processing plants. seamless tubes are highly resistant to corrosion, which increases their lifespan and reduces maintenance costs compared to other materials.

High Strength
Despite its lightweight nature, titanium is incredibly strong. seamless tubes can withstand high levels of stress and pressure, making them suitable for applications that require structural integrity and reliability.

Temperature Resistance
Titanium exhibits impressive heat resistance, allowing seamless tubes to perform well in extreme temperature conditions. They can withstand both high and low temperatures without losing their mechanical properties, making them suitable for applications in aerospace, power generation, and chemical industries.

Biocompatibility
Titanium is biocompatible, meaning it is non-toxic and does not cause adverse reactions when in contact with living tissues or bodily fluids. This property makes seamless tubes suitable for medical and dental applications, such as implants and surgical instruments.

Excellent Formability
Titanium can be easily formed into various shapes, including seamless tubes, due to its excellent formability. This allows for greater design flexibility and customization to meet specific application requirements.

Longevity
Titanium seamless tubes have a long lifespan due to their resistance to corrosion, fatigue, and wear. They require minimal maintenance and have a low risk of failure, resulting in cost savings over their lifetime.

Application of Titanium Seamless Pipe

Power Generation

Titanium pipes can play a significant role in high-temperature water and steam environments. Grade-2 titanium has already been used in many power plants to handle the problems associated with the failure of condenser and boiler tubes.

Chemical Processing

Highly corrosive environments, such as those commonly found in the chemical processing industry, demand piping systems, heat exchangers, and other systems that are capable of handling high loads. With superior corrosion resistance, titanium can endure high stresses for a long period in extreme environments.

Aerospace

Titanium can be used in airframe and engine components for the aerospace industry. Titanium pipes are capable of handling high temperatures without creep. With superior resistance to crack growth and fatigue, the lightweight pipes are recognized for their high strength-to-density ratio.

Oil and Gas

High pressure, high temperature (HPHT) applications such as oil and gas well applications demand piping capable of enduring constant use. The oil and gas industry also needs high corrosion resistance of titanium in areas including downhole, subsea and topside.

Production Process of Titanium Seamless Pipe

Raw Material Extraction:
Titanium is extracted from naturally occurring minerals like rutile and ilmenite. The first step is to obtain titanium dioxide (TiO2) from these ores through a process known as the Kroll process or the Hunter process.
Reduction of Titanium Tetrachloride (TiCl4):
Titanium tetrachloride is derived from titanium dioxide and is reduced to produce metallic titanium. This reduction typically involves reacting TiCl4 with magnesium (Mg) in a controlled atmosphere.
Melting and Alloying:
Once the titanium is obtained, it is melted in an electric arc furnace or a vacuum arc furnace. Alloying elements, such as aluminum (Al), vanadium (V), or nickel (Ni), are added in precise proportions to create the desired titanium alloy composition. The specific alloy composition will depend on the intended application of the pipe.
Ingot Formation:
The molten titanium alloy is cast into ingots or billets of various sizes and shapes. These ingots serve as the raw material for further processing.
Forging or Extrusion:
In the case of large-diameter pipes, the ingots are typically forged or extruded into the desired pipe shape. Forging involves compressing the heated ingot between two dies to shape it, while extrusion involves pushing the heated material through a die to form a pipe shape.
Heat Treatment:
After forging or extrusion, the titanium alloy pipes are subjected to heat treatment processes to optimize their mechanical properties and eliminate internal stresses. Annealing and solution heat treatment are common methods used to achieve this.
Cold Working (Optional):
Depending on the required dimensions and properties, the pipes may undergo cold working processes like cold rolling or cold drawing to achieve the desired dimensions and surface finish.
Machining and Finishing:
The pipes may be machined to precise tolerances, and the surface finish is improved through processes like turning, milling, or polishing.
Quality Control:
Throughout the production process, rigorous quality control measures are in place to ensure that the pipes meet the specified standards and requirements. This includes testing for mechanical properties, non-destructive testing (e.g., ultrasonic testing), and chemical composition analysis.
Final Inspection and Packaging:
Once the pipes pass quality control checks, they are inspected for defects and compliance with customer specifications. They are then packaged and prepared for shipment to customers.

How to Select Titanium Seamless Pipes

Grade 1
The softest grade, i.e, Grade 1, makes it exceedingly formable. High ductility is provided while retaining the required impact toughness. The most common applications for this grade include plates, tubing, piping, and several other materials where improved formability and weldability are crucial. Because of its properties, this titanium is employed in a wide range of industries; aerospace, medicine, marine, architecture, manufacturing, electricity, chemical processing facilities, desalination, and automobile parts to name some of them.
Grade 2
Grade 2 titanium is a little bit stronger metal. Even though it has higher tensile strength, it is still quite moldable. Because it is so widely accessible, grade 2 titanium is less expensive than other grades. The typical product forms range from plate and wire to bar and billet. Uses include generating power and exhaust pipe for hydrocarbon processing.
Grade 3
It has a good weldability rating, is stronger than grades 1 and 2, and has very high corrosion resistance. While less moldable than the other two classes, it is a suitable option for the following because of its increased strength and resistance. Some common industries comprise aerospace applications and marine applications.
Grade 4
The strongest pure grade of titanium is grade 4, yet it is also the least moldable. However, due to its excellent strength, durability, and weldability, it has high cold formability and is used in a wide range of medical and industrial applications. The following products often contain grade 4 titanium surgical supplies and heat exchangers. To create titanium alloys metals like tin, palladium, silicon, vanadium, molybdenum, zirconium, manganese, iron, cobalt, nickel, copper, and chromium are some examples of one or two other metals that can be combined with titanium. The strength, corrosion resistance, durability, and light weight of titanium alloys are identical. To those of commercially pure titanium, however certain properties can be improved upon.
Grade 5
Grade 5 is particularly corrosion resistant, durable, lightweight, and can withstand temperatures up to 600 degrees Fahrenheit. The elements titanium, aluminum, vanadium, and iron are combined to make them. Grade 5 is widely utilized in the aerospace sector for structural and aircraft turbine parts, as well as for high-performance engine components, athletic equipment, and biomedical implants, among other things. Bar, billet, foil, sheets, seamless pipes, wire, plates, and more are examples of common product forms.
Grade 7
The grade of titanium alloys that resist corrosion is the best in grade 7. The majority of the qualities of grade 2 pure titanium are present, but the palladium addition improves its formability and weldability. It is offered in the majority of product types and is most frequently employed in machinery for producing chemicals.
Grade 12
Grade 12 is a solid option for a variety of fabricated applications because of its comparable strength to the 300th steel, outstanding formability, and excellent weldability. Because of its great corrosion resistance, it is frequently chosen for maritime applications, chemical manufacturing, and heat exchange applications in aerospace.
Grade 23
Grade 23 is frequently formed into coils, strands, wires, or flat wires. It is constructed of titanium, vanadium, and aluminum, which reduces its ductility and weldability while giving it an extremely high tensile and yield strength. It is widely used in a variety of medical and dental procedures, such as medical staples, pins, screws, etc. Additionally, it has found use in ballistic armor and airframe components.

Ultimate FAQ Guide to Titanium Seamless Pipes

Q: What are Titanium Gr.2 Seamless Tubes?

A: Titanium GR.2 seamless tubes are a type of tubing that is widely used in various industries due to their exceptional properties and performance. Titanium Grade 2, also known as Ti-2 Alloy, is a commercially pure titanium alloy, consisting of approximately 99.2% titanium. This alloy possesses excellent corrosion resistance, high strength, and superior weldability, making it an ideal material for seamless tubing applications. The seamless tube manufacturing process ensures a homogeneous and defect-free product, enhancing its durability and structural integrity. Titanium GR.2 seamless tubes are commonly employed in industries such as chemical processing, aerospace, marine, and medical, where demanding operating conditions demand materials with exceptional strength and resistance to corrosion.

Q: What are the benefits of titanium seamless tubes?

A: Resistance to Corrosion
When exposed to air, a thin layer of oxide forms on the surface of titanium. This layer is very difficult for most materials to penetrate. As such, titanium demonstrates fantastic resistance to corrosion – and will not suffer adverse changes (i.e. pitting, cracking) due to corrosive substances. Whether it's used indoors or outdoors, it will last for many years – making it an excellent choice for buildings and marine applications, where it will be continuously exposed to seawater and rain.
Strength
One of the biggest advantages of titanium is its strength. Not only is it one of the strongest metals on the planet (rivalling even steel!), it also has the highest strength-to-density ratio of any metallic element on the periodic table. This makes it a popular option in many professions. What's more, as it has a low density, titanium is also incredibly lightweight. To put this into perspective, titanium has a specific gravity of 4.5 – which is approximately 40% lighter than an equal amount of copper and 60% lighter than an equal amount of iron. This is one of the reasons why it's often used in the aerospace industry and to create structural frames.
Non-Toxic
Metals such as iron, steel and aluminium can all be toxic to humans. By contrast, titanium is bio-compatible. It is completely non-toxic to both humans and animals (partially due to the fact that it's resistant to corrosion) – and, as a result, can be safely implanted into the body without causing an adverse reaction. This is why titanium is commonly used within the medical industry (e.g. to permanently strengthen broken bones) and for dental implants.
Low Thermal Expansion
Titanium has a low coefficient of thermal expansion. Essentially this means, compared to most other manufacturing materials, it will not expand and contract anywhere near as much under extreme temperatures. In fact, it expands approximately 50% less than steel, and therefore provides much greater structural stability. This feature is especially useful if creating a superstructure that requires a rigid yet lightweight framework. It also makes titanium suitable for building applications where fire safety is paramount (e.g. skyscrapers).
High Melting Point
This is one of the key benefits of titanium. It demonstrates an exceptionally high melting point (around 1668°C) and, as such, is perfect for use in high-temperature applications. For example, it's the metal of choice for foundries, turbine jet engines and even some satellites. It's worth noting, this advantage is enhanced due to the low thermal expansion mentioned above.
Excellent Fabrication Possibilities
Despite its strength, titanium is a relatively soft and ductile refractory metal. As such, it can be easily machined and fabricated to create a diverse range of metal parts and components. Due to its resistance to oxidisation, it can also be open-air and seam welded, without the need for any type of flux agent – and the weld zone will not require any form of additional protection.

Q: What is the standard for titanium pipe?

A: Identical to ASTM B862, ASME SB-862 is the standard specification for Titanium and Titanium alloy welded pipes intended for general corrosion resisting and elevated temperature service. This specification covers 33 grades of Titanium and Titanium alloys.

Q: What is the purpose of a seamless pipe?

A: These kinds of pipes are known for their ability to withstand pressure more efficiently in comparison to other methods of pipe manufacturing processes, as well as being fast and cost-effective. Seamless pipes are generally used in gas lines, as well as pipes that carry liquids.

Q: Is titanium tubing stronger than steel?

A: Steel is stronger than titanium, with higher tensile yield strength. However, titanium offers higher strength-to-weight ratios. Titanium boasts excellent corrosion resistance, especially in harsh environments.

Q: What is the ASTM standard for titanium alloy?

A: 16 Grade 18-Titanium alloy (3 % aluminum, 2.5 % vanadium) plus 0.04 to 0.08 % palladium, This specification is under the jurisdiction of ASTM Committee B10 on Reactive and Refractory Metals and Alloys and is the direct responsibility of Subcommittee B10. 01 on Titanium.

Q: What is the seamless pipe?

A: Seamless pipe is formed from a cylindrical bar of steel. The bar is heated to a high temperature and then a probe is inserted to create a hole through the cylinder. The cylinder is then transferred to rollers which size the cylinder to the specified diameter and wall thickness.

Q: What is the difference between ASTM and ASME pipe?

A: Basically ASTM creates the material specifications and standard test methods to determine compliance. ASME selects those ASTM materials which will perform adequately in boiler or pressure vessel service and accepts them with stated limitations.

Q: What are the benefits of using a Titanium Seamless Pipe?

A: Titanium's high tensile strength-to-density ratio and high corrosion resistance make it ideal for sensitive military and aerospace applications, including critical structural projects, firewalls, exhaust ducts, and landing gear.

Q: What are the typical applications of a Titanium Seamless Pipe?

A: Fine Tubes' seamless titanium tubes are used in aircraft hydraulic systems and chemical processing plants, and for offshore drilling rig components, marine and subsea equipment, and medical implants.

Q: What is the maximum temperature a Titanium Seamless Pipe can withstand?

A: The creep strength of Titanium Grade 5 Pipe is not ordinarily as good as in most alpha alloys, yet it is possible to use it at high temperatures. Since the Grade 5 Titanium Pipe can withstand elevated temperatures that rise up to nearly 800°F.

Q: Why is Titanium good for pipes?

A: Titanium pipes high strength and low density, combined with its natural corrosion resistance, means it needs no corrosion allowance. Therefore, it can be specified in thinner cross-sections, using less metal per unit of area. It has crevice corrosion & pitting immunity.

Q: Are there various types of titanium tubes?

A: Remarkable Variety Of Grades And Recipes For Titanium Tubes Another great thing about titanium is that, just as there are different types of stainless steel, there are many different grades of titanium tube. For instance, ASTM has a variety of standards (principally B265, B348, and B381) relating to the "recipes" for titanium grades used in different applications. If you look at the specs, you will see there are even multiple grades for unalloyed titanium. The most common commercially available titanium alloy, grade 5, offers high strength and toughness. And unlike pure titanium, grade 5 titanium is heat treatable, allowing it to be welded and fabricated for tubing and other uses in aerospace, marine, chemical, and medical applications.

Q: What is the machinability of titanium tubes?

A: Being a more brittle and less forgiving material, titanium is also harder to machine. The more you have to do to titanium to achieve your final product, the greater the chances you can have a problem with chipping and other surface roughness issues. The machining of titanium also requires more coolant than other materials may need. High-pressure coolant must be delivered at precisely the place of machining from multiple nozzles and angles, to flood the area with coolant. In addition, titanium is rarely used for the junctures of tubes. In fact, for medical devices in particular - where a lot of machining is required to create flares, swages, and threading at the points of connection - metal of any kind is a very small part of the tube fittings market.

Q: Can titanium seamless pipes withstand high temperatures?

A: Yes. Titanium alloys have high tensile strength to weight ratio, good toughness, extraordinary resistance to corrosion and an ability to withstand extreme temperatures of 600°C plus.

Q: Are titanium seamless pipes resistant to corrosion?

A: Yes. Pure titanium does not rust or tarnish like iron metals, allowing for prolonged exposure to water without the worry. In addition, titanium is even fully resistant against the corrosion effects of saltwater. This resistance is from a thin oxide film that covers the surface of pure titanium when exposed to oxygen.

Q: Can titanium seamless pipes be bent or shaped easily?

A: Titanium seamless pipes can be bent or shaped within certain limits. The inherent challenge is that titanium is notoriously difficult to bend. It has low uniform elongation, so it typically requires much greater bend radii than other metals.

Q: How to clean Titanium Seamless Pipe?

A: Wearing nitrile gloves, apply an industrial cleaning agent such as acetone or methyl ethyl ketone (MEK) to a lint-free cloth and wipe the inside edges and outer surface of the pipe to remove any contaminants. Let this dissipate.

Q: What is the standard testing procedure for a Titanium Seamless Pipe?

A: Seamless and welded/cold worked tubing shall be tested using an ultrasonic test method. Welded tubing shall be tested with a hydrostatic or pneumatic test method. Seamless tubing shall be tested with an electromagnetic or hydrostatic or pneumatic test method.

Q: What is the tensile strength of titanium pipe?

A: Titanium Pipe has a density that is just 56% that of steel. Although the corrosion resistance of ASME SB337 Welded Titanium Pipe is comparable to metal platinum. Titanium and Ti Alloy Seamless Pipe have tensile strengths ranging from around 30,000 psi to 200,000 psi.

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