Titanium Rod

Titanium Rod Specifications

Hot Rolling Process of Titanium Rod

Sponge titanium → Titanium electrode block → Vacuum melting → Titanium ingot → Hydraulic forging to create square billet → Rolling → Peeling → Annealing → Straightening → Polishing → Finished product → Flaw detection → Packaging

The processing process of titanium rod from sponge titanium to blank is as follows:

• Pressing the electrode, pressing the sponge titanium through a press to form a dense sponge titanium pressing block electrode;

• Vacuum melting casting is carried out twice on the sponge titanium pressed block electrode under conditions of 1700-1800 ℃ and -103pa;

• Open the billet at 1000 ℃ using an oil press, and finally press it into a square billet;

• For the first rolling, at a temperature of 970-980 ℃, a cylindrical shaped blank is initially rolled using a rolling mill;

• The second rolling is carried out at 950 ℃ using a rolling mill to produce a blank.

Titanium Rod Applications

Aerospace: Titanium and titanium alloy rods are lightweight, have high strength and toughness and are commonly used as frame structures for aircraft. Titanium rods can also be made into aircraft engine blades, rocket nozzles, and other structural components. It can be used at temperatures ranging from -200 ℃ to 500 ℃ with stable performance.

Medical: Medical titanium rods and titanium have been used as a new type of material in the global pharmaceutical industry, surgical instruments, human implants and other medical fields for decades. For example, titanium and titanium alloys can be used to manufacture artificial joints, bone plates, and screws, which are now widely used in clinical practice. It is also used in hip joints (including the femoral head), knee joints, elbow joints, interphalangeal joints, mandibles, artificial vertebral bodies (spinal orthoses), artificial dental implants, and other aspects.

Industry: Titanium rods have excellent welding, cold and hot pressure processing, and mechanical processing properties, which can be processed into various titanium processing parts. At the same time, due to their superior corrosion resistance, they are widely used in various corrosive environments such as petroleum, chemical, and marine engineering. For example, reactors, towers, Autoclave, heat exchangers, pumps, valves, centrifuges, electrolyzers, etc.

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