Titanium is a strong and light weight material that has a lot of industrial uses. Due to its strength, a variety of industries like automobile, aviation, aerospace, etc use it for manufacturing metal components and parts. Titanium can also be made into a powdered form and it also has a lot of different uses. This supstance is produced by adding magnesium to the compound, titanium tetracloride to obtain titanium sponge. Then the sponge is broken down into a powdered form with vacuum pressing. Titanium powder has become a hot commodity in recent years as its popularity in manufacturing skyrocketed. What are some new applications for this metal material? In this article we will look at four industrial processes that use titanium powder.
Here are four industrial processes that make use of titanium powder:
1. Powder Metallurgy
Powder Metallurgy is a production method of making metals using the chemical decomposition of metallic oxides. It is the opposite of traditional casting and forging methods. In power metallurgy, powdered raw materials like titanium oxide with polymers are mixed together and then heated to high temperatures until they melt and fuse together. Once fused, the mixture cools down and solidifies, forming a material that is stronger than the original powders. The end result is a uniform structure that contains no voids or cracks. Wit-titanium is a manufacturer of different types of titanium powders that can be used in different power metallurgy processes.
2. Laser Cladding
Laser cladding is an advanced technique of coating surfaces with thin layers of metal using lasers. This process is often utilized to create decorative patterns or coatings onto existing objects. Titanium alloy spherical powder is mostly used in this process. Laser cladding works by focusing a powerful beam of light onto a surface containing a molten pool of metal. As the beam travels across the pool, it melts the surface layer of metal atoms and deposits them where the beam touches. This results in a smooth, uniform layer of metal over the entire surface.
3. Metal Injection Molding
Metal injection molding is a manufacturing technique in which liquid metal is injected into a ceramic mold. Once inside the mold, the metal hardens and forms a uniform shape that fits perfectly inside the mold cavity. There are many different types of molds that can be created depending on the material being molded. It is commonly used to make small metal parts with intricate details. Pure titanium powder is often used in this process for producing titanium parts like medical grade supportive plates for bone fractures, titanium screws and bolts, etc.
4. Additive Manufacturing
Additive manufacturing is a term that describes any type of manufacturing that involves adding material instead of removing it. This includes processes like metal extrusion, electron beam melting, direct metal deposition, binder jetting, and others. One of the most popular examples of additive manufacturing is 3D printing. Grade 23 titanium powder is the most common material for this process. Wit-titanium is a top metal products manufacturing company that produces titanium powders suitable for 3D printing.
Conclusion:
Titanium powder is a versatile material that supports and provides a variety of manufacturing processes across different industries. As with the emergence of more modern industries, there will be newer and innovative uses of titanium powder for product manufacturing.
