Jurui Metal Technology company is committed to the development and production of high-strength titanium alloy tubes in China. After 5 years of research and development, we have successfully overcome the difficulties of TC4(Gr5) Ti6Al4V titanium alloy tube processing, as one of the few manufacturers in the world, it has become one of the leading suppliers of TC4(Gr5) Ti6Al4V titanium alloy tubes in China and one of the top manufacturers of titanium alloy tubes.
Why choose us
Product Grades
We offer several grades of titanium alloy tubes, including TC4 (GR5 TI6Al4V), TA18 (Gr9), TA16 (Ti2.5Al2Zr), and TC11 (Ti6.5Al1.5Zr).
Production Equipment
Our production facility is equipped with an extruder, pipe rolling machine, annealing furnace, straightening machine, tube shrinking machine, drawing machine, and eddy current testing equipment.
Production Market
We serve markets in Australia, Russia, the USA, Germany, Japan, and South Korea.
Good Service
We provide high-quality after-sales service, including usage tracking and encouraging positive feedback. Our team responds rapidly within 24 hours.
Our Company
Jurui Metal Technology Co., Ltd. is located in Jiangyin, a water town in the south of the Yangtze River. As a global supplier of polyurethane wheels, polyurethane rollers, and other polyurethane products, Jurui Metal Technology is committed to creating added value for customers worldwide.
What is Titanium Alloy Tube?
Titanium alloy tubes are a type of tubing made from titanium alloy which is strong, lightweight, and durable. These properties make titanium tubing an ideal choice for many applications requiring intricate bends, large diameters, and tight tolerances. It has excellent corrosion resistance and the ability to withstand high temperatures which is useful in chemical plants or other industrial settings. Additionally, it can be welded easily without special tools or techniques. Its superior strength-to-weight ratio makes it a popular choice in aerospace engineering as well as automotive industries where performance is key.
Advantages of Titanium Alloy Tube
1. Corrosion Resistance
Mining equipment can be exposed to corrosive chemicals and substances. Titanium alloy is highly resistant to corrosion and can withstand exposure to harsh environments. This makes it an ideal choice for use in mining equipment. Additionally, titanium alloy can endure elevated temperatures, which is crucial for equipment operating in high-temperature environments.
2. High Strength-to-Weight Ratio
When it comes to mining equipment, it’s crucial to keep weight in mind. Large machinery can be extremely heavy, making transport difficult and putting strain on the components. Titanium alloy has a high strength-to-weight ratio, meaning it’s strong yet lightweight. This makes titanium alloy an attractive choice for mining equipment, as it can reduce the weight of heavy machinery without sacrificing strength.
3. Resistance to Fatigue
Mining equipment is often subjected to constant heavy use over extended periods. This puts a lot of strain on components and can lead to fatigue, ultimately leading to failure. Titanium alloy has excellent fatigue resistance, making it an ideal material choice for equipment under heavy use.
4. Low Thermal Expansion
Mining equipment is often exposed to extreme hot and cold temperatures. Heat can cause materials to expand and ultimately lead to failure. Titanium alloy has a low thermal expansion coefficient, which means it can withstand temperature changes without impacting performance. This is particularly important in mining equipment operating in high-temperature environments.
5. Cost-Effective
Initially, titanium alloy can seem like an expensive material choice. However, considering its durability and resistance to wear and tear, the cost can be justified. In the long run, using titanium alloy tubes in mining equipment can be a cost-effective choice compared to materials that wear down quicker and must be replaced more frequently.
Types of Titanium Alloy Tube
Welded Titanium Tube For Low-Pressure Fluid Transportation
Welded titanium tubes for low-pressure fluid transportation are also known as welded tubes. They are welded titanium tubes used to transport water, gas, air, oil, and heating steam, which are usually lower-pressure fluids and other uses.
Galvanized Welded Titanium Tube For Low-Pressure Fluid Transportation
Galvanized and welded titanium tubes for low-pressure fluid transportation are also called galvanized and welded titanium tubes short. They are hot-dip galvanized welded titanium tubes used to transport water, gas, air, oil, heating steam, warm water, etc., usually low-pressure fluids or other uses.
Common Carbon Titanium Wire Sleeve
They are titanium tubes commonly used in industrial and civil buildings, installations and equipment, and other electrical equipment projects for the maintenance of electrical wires.
Titanium Tube With A Longitudinal Electric (Resistance) Weld
A titanium tube with a weld line parallel to the longitudinal direction of the titanium tube. Usually divided into metric welding titanium tube, welding thin wall tube, transformer cooling oil tube, and so on.
Submerged Arc Welded Titanium Tubes With Spiral Seams For Conveying Pressurized Fluid
It is made of hot-rolled titanium strip coil as tube blank, often formed by a warm spiral, welded by double submerged arc welding method, and used for pressure fluid transportation.
Spiral Seam High-Frequency Welded Titanium Tubes For Pressurized Fluid Transportation
This type of titanium tube is made of a hot-rolled titanium strip coil as a tube blank, which is spirally formed at room temperature, and is welded by high-frequency lap welding, and used for pressure fluid transportation.
Submerged Arc Welding Titanium Tubes For General Low-Pressure Fluid Transportation
This type of submerged arc welding titanium tube is made of hot rolled titanium coil as a tube blank, spirally formed at room temperature, and is made by double-sided active submerged arc welding or single-sided welding. It is mainly used for water, gas, air and steam, and other low-pressure fluid transportation.
High-Frequency Welded Titanium Tube With Spiral Seam For General Low-Pressure Fluid Transportation
This spiral seam high-frequency welded titanium tube is made of a hot-rolled titanium coil as a tube blank, spirally formed at room temperature, and welded by high-frequency lap welding, usually used for low-pressure fluid transportation.
Spiral Welded Seam Titanium Tube For Pile
This type of titanium tube is made of hot-rolled titanium strip as a tube blank, spirally shaped at room temperature, and made by double-sided submerged arc welding or high-frequency welding, and is used for root piles in civil engineering structures, docks, bridges, and the like.
Application of Titanium Alloy Tube
The aerospace industry was one of the first to embrace titanium and its alloys. Titanium alloy tubes are widely used in aircraft engines, hydraulic systems, fuel lines, and landing gears due to their high strength-to-weight ratio, corrosion resistance, and ability to withstand extreme temperatures and pressures. Moreover, titanium alloy tubes are non-magnetic and biocompatible, making them an ideal choice for medical devices and implants in the aerospace industry.
The chemical processing industry requires materials that withstand extreme temperatures, strong chemicals, and corrosive environments. titanium alloy tubes are used extensively in this industry as they exhibit exceptional corrosion resistance, even in harsh, acidic, and caustic environments. They are used in chemical reactors, storage tanks, heat exchangers, and piping systems, particularly in applications that involve hydrochloric acid, sulphuric acid, and other aggressive chemicals.
The marine industry is one of the most demanding environments for materials, as they are constantly exposed to seawater, salt spray, and atmospheric corrosion. titanium alloy tubes offer excellent resistance to saltwater corrosion and pitting, making them ideal for seawater piping systems, heat exchangers, and propeller shafts. They also minimize the risk of galvanic corrosion when in contact with other metals.
The power generation industry relies on durable materials that can withstand high temperatures and pressures in various applications. titanium alloy tubes are highly resistant to corrosion, erosion, and fatigue at elevated temperatures, making them ideal for power generation applications such as gas turbine engines, heat exchangers, and piping systems. Another benefit is that they possess excellent thermal conductivity, which maximizes heat transfer efficiency in power generation applications.
In addition to being used in high-performance car parts, titanium alloy tubes are increasingly used in hydraulic systems, fuel lines, and exhaust systems due to their high-temperature resistance and durability. They also offer a weight reduction advantage that improves fuel efficiency and reduces emissions. Lastly, the aesthetic qualities of titanium are highly valued in the automotive industry, as it is often used to add a touch of luxury to high-end sports cars.
1. Raw Material Selection
The first step in manufacturing titanium alloy tubes is the selection of the raw materials. Titanium ore is mined and processed to extract titanium powder. The powder is then moulded and compressed into billets or bars, which are used to make titanium alloy tubes. The material selection must be precise, with the right amount of impurities removed through the processing stage, to ensure that the pipes made from them have the required properties.
2. Melting And Forging
Once the titanium billets or bars are ready, they are subjected to the melting process to form an ingot. The ingot is then heated to a specific temperature required for the forging process. Forging primarily aims to shape the ingot into useful forms for further processes. In this case, the ingot is hammered into a pipe shape.
3. Heat Treatment
Heat treatment is essential in the manufacturing process of titanium alloy tubes. The heat treatment operation is done at a specific temperature to enhance the strength of the pipes and remove any unwanted defects. The heat treatment is also critical in ensuring the pipes’ chemistry is uniform.
4. Machining And Welding
Once the pipes have undergone heat treatment, they are machined to the desired specifications. This includes cutting and forming the pipes into the desired shapes and sizes. Pipes may also need to undergo welding if the specifications require a greater pipe length than the initial forging produced. Welding is also required to attach the pipes to different structures.
5. Finishing
After machining and welding, there are final finishing touches that the pipes need to go through, such as polishing and cleaning. This stage aims to ensure that the pipes are free from any unwanted materials and polished to have a smooth surface, making them clean and appealing to the eye.
The properties of titanium alloy tubes make them highly sought after in various industries. Firstly, they have excellent corrosion resistance. titanium alloy tubes are resistant to corrosion from saltwater, acids, and alkalis. They are also highly resistant to erosion and high temperatures, perfect for harsh and demanding environments. Secondly, titanium alloy tubes are lightweight and possess a high strength-to-weight ratio. This property makes them ideal for applications that require high strength without adding extra weight. They are commonly used in aerospace applications, racing cars and motorcycles, and high-end bicycles. Titanium alloy tubes have a distinct set of characteristics that sets them apart from other types of pipes. They have excellent elongation and low thermal conductivity. These characteristics make them highly resistant to thermal shock when a material undergoes a rapid temperature change. Another characteristic of titanium alloy tubes is their biocompatibility. This property makes them ideal for medical implants such as artificial joints, dental implants, and bone screws. They can also be used for piercing jewellery due to their low irritation properties.
Factors to Consider When Choosing Titanium Alloy Tubes
Quality Standards
Look for manufacturers that adhere to stringent quality standards such as ASTM (American Society for Testing and Materials) and ASME (American Society of Mechanical Engineers). Compliance with these standards ensures that the titanium alloy tubes meet specific requirements for chemical composition, mechanical properties, and dimensional accuracy.
Material Grade
Titanium alloy tubes are available in various grades, each offering unique properties suited for different applications. Determine the specific grade of titanium required for your project based on factors such as corrosion resistance, strength, and temperature resistance. Ensure that the manufacturer can supply titanium alloy tubes in the desired grade to meet your specifications.
Manufacturing Processes
Understanding the manufacturing processes employed by the manufacturer is essential for assessing the quality and consistency of the titanium alloy tubes. Look for manufacturers that utilize advanced techniques such as seamless tube extrusion, hot or cold rolling, or welding processes like TIG (Tungsten Inert Gas) or laser welding. These processes contribute to the integrity and performance of the tubes.
Customization Capabilities
Every project has unique requirements, and the ability to customize titanium alloy tubes according to specific dimensions, tolerances, and surface finishes is invaluable. Choose a manufacturer that offers comprehensive customization capabilities to tailor the tubes to your exact specifications. This includes options for different lengths, diameters, wall thicknesses, and surface treatments.
Industry Experience and Reputation
Assess the manufacturer’s industry experience and reputation to gauge their reliability and track record of delivering high-quality products. Look for manufacturers with a proven history of supplying titanium alloy tubes to reputable companies in industries such as aerospace, medical, and oil and gas. Customer reviews and testimonials can also provide insights into the manufacturer’s performance and customer satisfaction.
Technical Support and Services
Partnering with a manufacturer that offers excellent technical support and after-sales services is essential for a seamless procurement experience. Look for manufacturers that provide comprehensive support throughout the entire project lifecycle, from initial design and engineering consultations to post-installation support and maintenance services.
Desirable Attributes of Titanium Alloy Tube
Titanium alloy tube is often used because of its superior chemical resistance, which is well above that of stainless steel grade 304 or even grade 316.
As a high-strength, low-weight material with high corrosion resistance, titanium provides a high strength-to-weight ratio that makes it a good choice for a diverse range of tubing applications. For example, Metal Cutting makes a variety of parts from titanium, including:
● Small diameter radiused tubes for use in automotive applications
● Small, round titanium alloy tubes used for seed casings in brachytherapy.
● Thin wall titanium tubing for the casings of chemically active containers used in life sciences
Titanium alloy tubes are also useful in analytical instruments, such as for chromatography and other applications where the tubing must:
● Resist repeated exposure
● Not interact with many different types of chemicals and other substances
Another advantage of titanium alloy tube in medical devices is that it is biocompatible. Not only can the human body tolerate the use of titanium (which is important enough), but it is also nonmagnetic — an increasingly important trait as the use of magnetic resonance imaging (MRI) becomes more common in medical diagnostics.
From a temporarily placed cardiac needle to a (hopefully) permanent bone joint replacement, MRI compatibility is important for any medical device that is inserted or implanted in the body for any length of time and where a slightly magnetic material would be dangerous.
Otherwise, what is supposed to be a non-invasive diagnostic test could cause a metal device to be ripped from the body. Needless to that, that is NOT a good outcome!
The Problems Existing in the Application of Titanium Alloy Tubes in Power Stations
1. Corrosion problem
Coastal power station condensers use seawater as cooling water. Because sea water contains a large amount of sediment, suspended matter, Marine life and various corrosive substances, the situation is more serious in the salt water alternating with the river water. The traditional corrosion methods of copper platform metal tubes include integral corrosion (uniform corrosion), corrosion, stress corrosion, etc. Because titanium has excellent corrosion resistance, it eliminates the seawater leakage accident caused by corrosion of titanium alloy tube condenser. But because titanium alloy tubes are not as resistant to corrosion as copper alloy tubes, they can produce toxic substances on their surfaces.
2. Hydrogen absorption
Titanium and hydrogen affinity is very high, the surface has a dense passivation film, in many strong corrosive media has a strong corrosion resistance. It absorbs hydrogen very easily. It occurs at room temperature and rapidly absorbs hydrogen at high temperatures (such as 100 ° c), the solution limit of hydrogen in titanium is very small (about 20ppm), if the limit is exceeded, hydride (TtH2) will precipitate on the titanium surface. With the increase of titanium content on the surface, the impact value and elongation of titanium decreased rapidly. In addition, when the old unit is reformed, because the tube plate is made of copper alloy material and the condensing tube is made of titanium material, cathodic protection devices need to be installed to prevent electrochemical corrosion.
3. Vibration problem
Titanium alloy tube has good corrosion resistance. The titanium condenser will not be damaged by corrosion leakage, but the titanium alloy tube may be damaged by vibration. In order to avoid the vibration problem of titanium alloy tubes, it is necessary to determine the appropriate partition spacing when making titanium capacitors. When the old unit is reformed, it is necessary to investigate whether the original partition spacing is suitable for the titanium alloy tube.
Machinability of Titanium Alloy Tube
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.
Instead, tube fittings for medical devices more often use high durability PEEK (polyether ether ketone) or other specialized plastics that can be molded and machined more easily.
Our Certifications
GJB9001C-2017
Ultimate FAQ Guide to Titanium Alloy Tube
We're well-known as one of the leading titanium alloy tube manufacturers in China. If you're going to wholesale high quality titanium alloy tube made in China, welcome to get quotation from our factory. Also, customized service is available.
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