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Titanium: Overview

It is an element that has the chemical symbol Ti. It also has atomic number 22, and its atomic weight is 47.867 measured in daltons. Its atomic number is 22. It is a lustrous, silver-colored transition metal, with low density and high resistance to corrosion.

The alloying of titanium with elements like iron, vanadium and molybdenum can create strong and lightweight alloys used for applications such as aerospace military, industrial processes and automotive, medical prostheses and implants, dental and surgical instruments and files, dental implant, sporting goods, jewellery, mobile phone, and more.

Titanium and titanium alloy


The metal powder titanium has many uses. Titanium is a silvery-gray irregular metal powder with a high suction capacity. Titanium powder metallurgy offers the ability to produce clean, or near-clean, shaped parts. This is without the cost and material loss associated with machining parts from billets. Powders can undergo elemental blending, pre-alloying, direct powder forming, hot isostatic press, or laser engineering mesh form.

Titanium and titanium alloys have excellent overall performances and are widely used for SLM and EBM. The best metals for 3D printing are titanium spherical particles. These powders are widely used to create high-strength materials.

Titanium powder

It has been used for many years as an alloying material for different applications. With it, you can create net-shaped components with no or minimal material losses that come with intricate parts created with wrought billet.

Titanium powder Preparation

The traditional method of extracting

titanium powder

This process is called the Kroll method. This technique is based on a temperature of up to 1040degC, and includes a number of sub-processes, such as hot isostatic press, alloying and other processes. To produce pre-alloyed Titanium powder, further methods must be used. To remove contaminants, the material is subjected the hydride/dihydride procedure, vacuum hot press, final vacuum annealing and the plasma rotating electrode. A number of metal consolidating strategies must be used to create the final product. Powder injection moulding or metal injection molding is a long-used and cost-effective method of fabricating small-sized metals in large numbers. There is also the direct powder-rolling process, which is used for the production and manufacture of sheets and plates. The laser-engineered network shaping technique can be used to quickly fabricate, enhance, and repair metal components. The components are subjected to hot isostatic presses, which are performed at high temperatures and pressure, in order to consolidate the titanium powders. To achieve the final product spark plasma sintering (also known as electric current assisted sintering) is applied to produce titanium with good mechanical characteristics and small grains without unwanted grain growth.

Titanium powder Application

The use of

titanium powder

Printing 3-dimensional auto parts is the latest breakthrough in metal manufacturing. Through 3D-printing, it is possible to produce different components and parts for automobiles, aerospace frames and engines. Titanium is still used for metal injection molding as well as powder metallurgy.

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Titanium powder

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