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Titanium powder has been utilized as an alloying component for various applications for a long time now. By using it, creating net shape parts becomes possible with zero or minimal material loss that goes with machine intricating parts using wrought billet. How is titanium powder made?  The traditional process to extract titanium is known as […]

What is titanium? Denoted by the chemical symbol Ti, titanium is a transition metal that is silver-gray in color and popular for being lightweight. It has the following properties: atomic number 22 atomic weight 47.90 density 4510 kg/m 3 melting point 1,667°C (or 3,032°F) boiling point 3,287°C (or 5,948°F)  Making up approximately 0.62% of the earth’s

Titanium wire is one of the most common forms of commercial titanium metal. It is used for many different applications in various industries. Titanium Information Possessing several unique attributes and properties, titanium is one of the most favored metals utilized in different industries nowadays. It is known for its outstanding strength-to-weight ratio, great corrosion resistance,

Titanium Overview  Titanium is a lustrous metallic element known for being lightweight and highly resistant. It possesses several desirable attributes, most notably its durability and strength. It is one of the most abundant metals on Earth and has also been discovered to be present in meteorites, stars, our sun, our moon, and others. Titanium Anode

The use of titanium in various aerospace applications started in the 1960s and has continued to evolve over the years. At first, titanium alloys were utilized to create materials and parts needed for military programs, but it has now grown to also include commercial applications. Why Titanium?  Titanium possesses specific attributes and properties that make

While welding of other metals, such as aluminum, is a lot more common, welding of titanium is regarded as one of the most impressive. Remarkably stronger and lighter than other metals, titanium possesses the highest strength-to-weight ratio, making it widely used in the manufacture and fabrication of various materials today. With its high corrosion resistance,

Titanium possesses unique characteristics that make it a top notch material to make bicycle frames. It is known for its low modulus, corrosion and fatigue resistance, low density, and high strength. Despite being lightweight, it can provide the stability and durability required in bicycle frame construction. Why is titanium used for bike frames?  A chemical

Titanium mesh is one of the most widely-used, commercially-available titanium products today. It is made from titanium, a sturdy, silvery, lustrous, metallic element that is extracted from certain minerals through the reduction process. Considered to be among the most abundant elements in the earth’s crust, titanium is present in sediments and many igneous rocks. It

Titanium is a metallic element that can be alloyed with other elements, such as vanadium, aluminum or iron, to come up with alloys that are durable and strong enough for industrial, aerospace, chemical, and other applications. There are a number of steps involved in the fabrication of titanium to make titanium anode baskets. First, titanium

Titanium possesses very useful attributes that make it an ideal metal for various industrial, chemical, and medical applications. It is corrosion resistant, lightweight, and has the highest strength-to-weight ratio among all the metals. There are different kinds of titanium products available today, and titanium bars are one of them. Enumerated below are some of the