Alloys made with a combination of titanium and other chemical components are known as titanium alloys. These alloys have great tensile strength (even at high temperatures). In addition, they are lightweight, have remarkable corrosion resistance, and can withstand extremely high temperatures. Nevertheless, the high cost of both the raw materials and the processing restricts their use to medical uses, airplanes, bikes, medical devices, jewelry, and highly stressed parts like the connecting rods on expensive sports cars, as well as some premium sporting goods and consumer electronics. Read More…
Titanium AlloysA titanium alloy is a composite material of predominantly titanium combined with several other metal components.
We supply Titanium in Grade 2 and Grade 5, or 6Al 4V. Foil, sheet, rod, bar, plate, pipe. Call us for a prompt e-mail quote. metalmen has 100+ years of metal supply experience. Experience the metalmen difference.
Challenge us to meet your high-alloy corrosion-resistant titanium needs. With our extensive resources, knowledge, skills and inventory, we serve the world with many grades & forms of titanium. Plate, Sheet, Bar, Pipe, Flanges, Tubing, Tube & Pipe Fittings, Bushings, Welding Products and Fasteners.
ATI Specialty Metals produces titanium and titanium alloys. We can provide you with titanium bars, titanium ingots, titanium wire, slabs, custom shapes and more. Our titanium is developed to be used for aerospace, dental, industrial and medical applications. Some grades have cold formability or fatigue strength.
Our Specialty Metals Business is a distributor of titanium plus aluminum, brass, carbon, copper, stainless and more. We offer 6AL-4V titanium bars, titanium plate and titanium sheet. We have several Castle Metals® locations throughout the U.S. and in Canada to meet your needs.
Sigma Metals is an S corp. small business. Our warehouse contains a 60" shear and an 8" bar saw used to cut material to specific customers' requirements. Our proximity to airports and piers allows us to deliver materials on our company owned truck at a considerable savings to cost and time. The products sold are primarily aluminum, stainless and titanium aircraft quality materials.
Titanium alloys must first be created before being used to create parts and other items. To do this, manufacturers most frequently start with a melted or powdered form of titanium and then carefully measure out other metal powders or liquids. Next, they combine the ingredients to create the desired combination, melt it, and then press it into a die. To manufacture stock items like slabs, bars, rods, foils, profiles, strips, tubes, shims, sheets, plates, and wire, the mold, in these instances, is always in the shape of a stock shape.
These stock shapes make it simple to manage warehouses, dispatch products to manufacturers, and transport finished goods. Alloy production produces a variety of products. For instance, aluminum-titanium alloys are more durable and refined than either aluminum or titanium used separately.
Additionally, titanium metal is lighter and more corrosion-resistant compared to normal steel. Because manufacturers can utilize various forming techniques to build their goods, they can also meet a wide range of industry and consumer needs. They use various techniques to create titanium alloy products, such as cold forming, castings, forging, flat rolling, extrusion, hot forming, machining, welding, and spinning.
Types of Titanium Alloys
Alpha Alloys: Commercially pure titanium is alloyed with trace amounts of oxygen to increase its tensile strength and hardness. By varying the amounts applied, it is possible to produce a variety of commercially pure titanium classes with strengths ranging between 290 to 740 MPa. These substances are theoretically entirely alpha in structure, yet minute quantities of beta phase are feasible if the beta stabilizers' impurity levels, such as those of iron, are sufficient. While adding around 2.5 percent of copper to titanium results in a product that reacts to solution processing and aging similarly to aluminum-copper alloys, alpha alloys cannot be heat treated to boost strength. When titanium is alloyed with other commercially available alloys, aluminum acts as an alpha stabilizer.
Alpha-Beta Alloys: Iron, molybdenum, vanadium, and chromium stabilize the beta phase, and several other alpha-beta alloying elements have been developed. These materials typically range from medium to high strength, with tensile strengths between 620 and 1250 MPa and creep tolerance between 350 and 400°C. Fracture toughness and low- and high-cycle fatigue are becoming more crucial design factors. To ensure that the alloys offer the greatest mechanical qualities for various applications, heat treatment and thermomechanical techniques have been devised. Alloys close to alpha are used for the greatest creep tolerance at temperatures exceeding 450°C. In addition, they offer adequate creep strength at temperatures of up to 600°C.
Beta Alloys: The other class of titanium material is known as a beta alloy. All-beta alloys can be produced if a good quantity of beta-stabilizing components is added to titanium. Although these substances have existed for a while, their appeal has recently increased. They can be heat processed to high strengths, are easier to work hard than alpha-beta alloys, and have better resistance to corrosion than economically pure grades. There are specifications for titanium materials used in aircraft; however, none exist for metals used in non-aerospace applications.
Applications of Titanium Alloys
An alloy is made by gently altering the characteristics of each component to keep and improve each one's best attributes. Because they are simpler to work with than pure titanium, which is quite hard despite not being dense, titanium alloys are quite popular. Titanium is typically alloyed with iron and aluminum, tin and vanadium, manganese, or molybdenum to facilitate processing and manufacture. Although titanium already has many beneficial qualities, these substances can improve titanium’s inherent strength, heat resistance, and corrosion resistance.
Exhaust systems, rocket engines, motorcycles, missiles, spaceships, paint, plastics, and valve springs are examples of the numerous goods that utilize titanium alloys. As a result, aerospace, aquariums, automotive, desalination, electronics, jewelry manufacture, army and defense, power generation, and shipping are just a few of the numerous industries that use titanium alloy goods.
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Titanium Alloys Informational Video
Titanium Power Pages
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Stainless Steel Grades
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