Titanium Alloy Manufacturers and Suppliers

IQS Directory provides an extensive list of titanium alloy manufacturers and suppliers. Utilize our website to review and source titanium alloy manufacturers with our easy-to-use features which allow you to locate titanium alloy companies that will design, engineer, and manufacture titanium alloys for your exact specifications. Our request for quote forms make it easy to connect with leading titanium alloy manufacturers. View company profiles, website links, locations, phone number, product videos, customer reviews, product specific news articles and other production information. We are a leading manufacturer directory who will connect you with the right manufacturers whether you are looking for titanium zirconium alloys, titanium carbon alloys, or titanium columbium alloy.

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  • The Ever Changing World of Titanium

    Titanium alloys are already some of the strongest metal alloys in the world. Titanium is the metal of choice for many heavy-duty applications, like aerospace panels, machine parts, rockets, and many other metal objects that require a high amount of pressure and strength. A titanium alloy is a popular choice for these applications because titanium is strong, flexible, and lightweight all at the same time. However, the current strength of titanium is not enough for some scientists and researchers. Researchers are constantly trying to come up with new ways to...

  • Titanium Alloys: Explained

    Titanium metal is not a naturally-occurring metal in nature. To get the titanium metal we know of today, the natural titanium oxide found in nature is mixed with magnesium, chlorine gas, and other materials to isolate, solidify, and harden the titanium metal. On its own, titanium is not the most stable metal ever. Factories mix different metals into pure titanium to achieve different metal strengths and highlight different properties of the metal. They also add additional metals to stretch the use of titanium, which is expensive to produce. Titanium alloys...

  • Titanium Processing Center Provides Value-Added Titanium

    Titanium Titanium Processing Center was founded in 1999 in New Baltimore, Michigan and our company has over 75 years of combined industry experience. We are dedicated to providing our customers with cost effective solutions in a timely manner. Titanium Processing Center looks out for our customers by not requiring a minimum order and we will work with you every step of the way to ensure your satisfaction. Read More......

  • Advantages of Titanium Alloys

    Alloys of titanium help make the metal highly useful in today's world. Straight titanium is actually not a metal at all, but rather more of a metallic powder. When mixed with other metals and materials, such as magnesium, titanium takes on the hard texture and appearance that we think of when considering the metal. Because titanium is so expensive, there are many benefits to using titanium alloys rather than just the original form of the titanium metal. Consider the following benefits of using a titanium alloy: Strength: Titanium is one...

Industry Information

Titanium Alloys

Titanium alloys are just that, alloys composed primarily of titanium, along with several other metal materials. In turn, alloys are sort of hybrid materials that are made up of more than one substance. The goal of creating an alloy is to slightly alter the properties of each individual component and thus retain and/or enhance the best qualities of each. Titanium alloys are quite popular because they are easier to process than pure titanium, which, though not dense, is extremely hard. Usually, to make processing and fabrication easier, titanium is alloyed with material combinations such as aluminum and iron, tin and vanadium, manganese or molybdenum. These materials can also help enhance titanium’s natural strength, heat resistance and/or corrosion resistance, though titanium already has these properties in spades. Titanium alloys are used in the production of a myriad of different products, including: exhaust systems, jet engines, bicycles, missiles, spacecrafts, paint, plastics and valve springs. Some of the numerous industries in which titanium alloy products are used include: aerospace, aquarium, automotive, desalinization, electronics, jewelry manufacturing, military and defense, power generation and shipping.

Titanium alloy manufacturers are able to cater to such a wide range of consumer and industry needs because titanium alloys are available in many different grades, all of which offer slightly different qualities. Aluminum titanium alloys, for example, are stronger and finer than both aluminum and titanium alone. In addition, titanium steel is both more corrosion resistant and more lightweight than regular steel. Manufacturers are additionally able to cater to a wide variety of consumer and industry needs because they are able to use many different types of forming methods to create their products. Methods with which they form titanium alloy products include, but are not necessarily limited to: casting, cold forming, extrusion, flat rolling, forging, hot forming, machining, spinning and welding. These methods may be used alone or in conjunction with one another.

Before titanium alloys are turned into parts and products, the alloys themselves must be made. To do so, manufacturers most often begin with a powdered or melted form of titanium, to which they add precise amounts of other metallic powders or liquids. Once they have the desired mixture, they melt it together and then press or cast it into a mold or die. In this case, the mold is always in the form of a stock shape, used to make stock products such as bars, slabs, foil, rods, profiles, strips, tubing, shims, sheets, plates and wire. Stock shapes such as these allow for ease of warehouse management and shipping and transportation to manufacturers.

When putting together a titanium alloy product, the first and most important thing that manufacturers must consider is the alloy grade. The grade of a titanium alloy is calculated as a regulated measurement of the qualities of both pure and alloyed titanium, and is ultimately determined by the application for which the titanium alloy is to be used. Titanium alloy grades one through five are unalloyed altogether, while grades six through thirty-eight contain ratios of other metals and elements. The most common of all these titanium alloys is grade five, which is also known as Titanium 6AL-4V. Grade five titanium alloy is 90% titanium, 6% aluminum and 4% vanadium. In addition to the primary titanium alloy grades, to further clarify their specific respective properties, titanium alloys can be grouped into structural based groupings known as alpha titanium, alpha beta titanium and beta titanium. Alpha titanium alloys only contain a neutral alloying component, such as tin, and/or one or more alpha stabilizer, such as oxygen or aluminum. They are not heat treatable. Alpha beta titanium alloys, on the other hand, typically include some form of both alpha and beta stabilizers. They are metastable and heat treatable. Finally, beta titanium alloys contain a significant enough ratio of beta stabilizers (such as vanadium, silicon and/or molybdenum) that they can remain in the beta phase even when quenched, and they can also be solution treated and aged for strength. In addition, they are metastable. Beta titanium alloys may also include varying amounts of zirconium, niobium, manganese, tantalum, iron, cobalt, chromium, copper and/or nickel.

To learn more about titanium alloys and titanium alloy products, get in touch with a knowledgeable alloy specialist. Not sure where to start? No worries! IQS has laid out an entire page dedicated to information regarding the excellent metal alloy manufacturers and suppliers with whom we partner. Scroll up near the top of this page to find their respective contact information, company profiles and websites.

Titanium Alloys
Titanium Alloys
Titanium Alloys
Titanium Alloys – Titanium Processing Center
Titanium Alloys – Titanium Processing Center
Titanium Alloys – Perryman Company

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