Titanium Industry
Titanium is a chemical element; it has symbol Ti and atomic number 22. Found in nature only as an oxide, it can be reduced to produce a lustrous transition metal with a silver color, low density, and high strength, resistant to corrosion in sea water, aqua regia, and chlorine.
Titanium Properties that are beneficial to you and your business
High corrosion resistance
Titanium is a fantastic option if you need a corrosion-resistant material. This resistance occurs because a layer of titanium dioxide forms on the surface of pure titanium metal, making it almost impossible for materials to cause cracking, pitting and other unwanted changes. Corrosion resistance prolongs titanium's lifespan, making it last for years to come whether you use it outside or indoors.
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Impressive low density
Around 60% lighter than iron and 40% lighter than copper, titanium is an impressively lightweight material. Because it's not very heavy, it's easy to use and works great in places where lightweight materials are preferred, like in planes or building structures.
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Superior strength-to-weight ratio
When it comes to manufacturing, the weight of your materials needs to be carefully considered. Although heavy materials don't necessarily always cause issues, a lighter material is often preferred. Titanium's strength-to-weight ratio and robust tensile strength make it an impressive material. Although it weighs around 40% less than steel, it is just as strong. It is also almost double as strong as aluminium, another popular material thanks to its strength. In fact, titanium and titanium alloys are amongst the strongest materials around. This makes it an unquestionably ideal material for many manufacturing applications.
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High heat resistance and melting point
With a melting point of around 1668°C, much higher than both steel and aluminium, titanium retains its fantastic qualities in even the most trying environments. Thanks to its high levels of heat resistance, titanium remains strong even in extreme heat. So, it's no wonder titanium is the material of choice when it comes to aircraft and high-performance sports car engines.
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Low thermal expansion coefficient
The coefficient of thermal expansion is the rate at which a material expands as the temperature increases.The lower this rate, the less a material changes when exposed to heat. Titanium's thermal expansion measurement is low, especially when compared to other metals such as aluminium and steel. This means any products manufactured from titanium are unlikely to distort due to temperature changes, making it a great, rigid material choice.
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Titanium Industries
Titanium plays a very vital role in various industries such as
Titanium is utilized in the Power Generation industry in turbine blade applications. In addition, titanium tubing is used on a large scale in condenser and axillary heat exchanger applications in power plants due to its corrosion resistance and its unlimited life span.Downtime at a power plant is a very expensive proposition. It has acknowledged that 30% of the downtime of power plants was a direct result of steam turbine failure. Titanium was the solution in this failure situation. 6AL4V titanium turbine blades in critical areas has proven to increase the efficiency and life of low-pressure turbines while at the same time reducing downtime and maintenance. The use of titanium is responsible for the reduction in downtime and maintenance creating cost savings and efficiencies in operations.In addition to the blades, commercially pure titanium condenser and axillary heat exchanger tubing has been designed in to power plants applications specifically because of their unlimited life span, and due to the corrosion properties of titanium. Titanium tubing can be specified without having to design in a corrosion allowance. In calculating a cost-benefit analysis, titanium is the material of choice in these power generation applications.
Corrosion resistance in sea water and brackish applications make titanium the material of choice in marine applications. It is used in ball valves, fire pumps, hull material for deep sea submersibles, water jet propulsion systems as well as shipboard cooling and piping systems and many other applications. Titanium is immune to corrosive attack by salt water or marine environments, as a result it is an excellent material of choice for application such as deep sea submersibles, yacht fittings, propeller shafts and propellers, and in underwater manipulators.In addition, due to titanium's general corrosion resistance characteristics, titanium is also used in submarine ball valves, fire pumps, heat exchangers, exhaust stack liners, as well as shipboard cooling and piping systems. Titanium's formability, machinability, and weldability, make it an excellent choice for marine applications.
Titanium is now a common material designed in armoured vehicles and personnel carriers. Titanium has good ballistic properties, as well as offering significant weight reduction in this application.In addition to titanium being used in military aircraft applications, titanium is also considered a material of choice in military armour applications based on titanium's excellent ballistic characteristics, light weight, corrosion resistance, and its ability to be fabricated. The military has determined that there is a continued need to reduce the total weight of ground vehicles, particularly tanks, fighting vehicles, and personnel carriers. Titanium would satisfy this need by replacing conventional steel alloys and aluminium in some applications. The hatch on the M2 Bradley infantry fighting vehicle is titanium offering a weight savings of 35% and also providing increased ballistic protection over the original forged aluminium design. Titanium is also utilized in personal armour applications where the ballistic capabilities and light weight characteristic of the metal prove beneficial.
As the aerospace industry propels towards more advanced and efficient technologies, the demand for materials that combine supreme mechanical strength with significant weight savings has dramatically increased. Titanium's exceptional weight-to-performance ratio, fatigue strength, and temperature resilience enhance fuel efficiency and boost the overall functionality and lifespan of aerospace components.In leverage titanium's strengths, aerospace professionals can achieve designs that are not only innovative but also remarkably efficient and durable. In aerospace engineering, the choice of materials can make or break an aircraft's efficiency and effectiveness, and titanium stands out. Its unique characteristics not only fulfill but often exceed the rigorous demands of modern aerospace applications, making it a preferred material among engineers and designers. Titanium is renowned in the aerospace sector for several compelling reasons:
High strength-to-weight ratio
One of titanium's most notable attributes is its strength, which is comparable to that of steel, yet titanium is about 45% lighter. This characteristic is essential for aerospace designs, where every ounce saved can lead to improvements in fuel economy and payload capacity.
Excellent corrosion resistance
Aerospace components are exposed to harsh environmental conditions, including high altitudes and exposure to various chemicals. Titanium's ability to resist corrosion over long periods enhances the reliability and longevity of aerospace parts, reducing maintenance costs and downtime.
Superior fatigue strength
The cyclical loading and unloading in aerospace applications can lead to material fatigue. Titanium's fatigue strength ensures it can endure these repeated stresses without succumbing to fractures, making it ideal for critical structural applications.
Elevated operational temperature range
In environments where components are subject to elevated thermal variations, titanium's ability to maintain its structural integrity at both low and high temperatures is invaluable. This property is particularly critical in applications such as jet engines and hypersonic flight. Titanium's diverse capabilities make it an indispensable material in the aerospace sector. Its superior attributes address multiple engineering challenges, providing reliable performance under extreme conditions. As aerospace technology advances, the reliance on titanium is expected to grow, further cementing its role in the future of flight and space exploration.
Titanium plays an active role in the field of automotive and motorcycles as well. In particular, out of the parts of motorcycles, it is mufflers in which titanium is used most. Titanium is highly acclaimed for its heat resistance, strength, and rust-proof property as a material for mufflers used in severe conditions.
Construction Industry
With its light-weight, long-term durability, and material texture being recognized, titanium is used for roofs of traditional architecture, museums, and roofs and exteriors of domed stadiums and has now earned a reputation as the new and best building material.
Titanium is one of the most biocompatible metals – the human body can handle it in large doses with no impact. In fact, it is estimated that we ingest around 0.8mg of Titanium a day – most passes through us without being absorbed. Also, its density is very similar to human bone, which will readily adhere to it. These qualities make Titanium Alloy 6Al-4V ELI Grade 23 perfect for use in surgical implants, such as hip balls, sockets (joint replacements), heart stents and dental implants. Lasting in excess of 20 years with no effects, Titanium Round Bar is a clear choice in the medical field. Its high strength to weight ratio also makes it the perfect choice for surgical instruments and other medical devices. Wheelchairs made from Titanium provide the lightest weight, yet are very strong and children's wheelchairs can be made to grow as the child becomes older.
Surprisingly, of all the mined and synthetic Titanium minerals, approximately only 5% is used to produce Titanium metal. The remaining 95% is used to manufacture pure Titanium Dioxides – a pigment that enhances brightness and opacity in paints and inks, paper, and plastics, and even in food products and cosmetics. It's also the metal used in the body of Apple's Power Book line – helping achieve a lightweight frame. Titanium has also become popular as a jewellery material due to its various unique properties. Titanium is biocompatible (often referred to as hypo-allergenic), or non-toxic to the human body. Similarly, titanium rings will not react with wearers who suffer allergies to other jewellery materials.
Some of titanium products thankful offers to valuable customers
We stocks and supplies titanium plates and sheets of all grades. lf necessary, we facilitate in-house water jet cutting services to fulfil individual requirements and provide cut-to-size shapes and products with short lead times.
Titanium powder is an alpha-beta alloy widely used in high strength applications. lt is a silvery-grey metallic powder commonly used in aerospace, power generation, mining or off-shore drilling industries.
We offer titanium pipes of all grades. We sell both, seamless titanium pipes (of any diameter) and welded titanium pipes (of any diameter). We are capable of delivering the products of any sizes and dimensions.
Titanium exhaust hook and tension springs for slip connector as single units or in multi-packs. These units are perfect for securing your titanium slip fit joint connectors on your motorcycle or racing exhaust. In addition to the slip connectors we offer a wide variety of titanium ultra lightweight race mufflers.
Titanium block can be found in a multitude of thickness and widths, Other metals are easily cast and formed, but being are active metal, titanium needs to be handled in an inert environment.