A high-performance engineering marvel, forged titanium shafts are premium golf club components made from pure titanium through a meticulous forging process. Blending advanced metallurgy and precision manufacturing, these shafts are formed by heating a titanium bar to a red-hot state and then shaping it under tremendous pressure, resulting in unparalleled strength and responsiveness.

Forging technology ensures that each shaft has excellent consistency, durability, and weight distribution, making it an ideal choice for professional golfers seeking to enhance swing dynamics. Standard specifications typically include different flex profiles (such as hard, regular, or women’s), tip weights, and customization options to meet individual player preferences.

These lightweight yet strong shafts are used not only in the golf industry, but also in the aerospace industry, where titanium’s corrosion resistance and high strength-to-weight ratio are essential for critical components. In the medical field, forged titanium shafts are used in orthopedic implants for their biocompatibility and long-term reliability.

The production process of shaft forgings

Before forging shaft forgings, the forgings are heated, and the heating temperature and time are different for different materials. Therefore, attention should be paid when controlling the heating quality of the billet.

Before heating, check whether the material number, furnace number, size specification, and quantity conform to the process card and whether they conform to the forging material. Before installing the billet, clean up the sundries in the furnace.

The surface of the billet heated by the electric furnace must not be stained with oil. When billets are put into the furnace, they should be placed in the working area. In order to make the billet heated evenly, the billet should be padded, the billet should be spaced, and the billet should be arranged neatly.

When heating in an electric furnace, the blank should be kept away from the heating element, or shielding measures should be taken to prevent the metal from overburning. When the shaft forging billet is heated, the thickness of the scale and the decarburization layer should meet the requirements of the shaft forging process.

When the billet is heated, overheating, overburning, internal cracks and other phenomena are not allowed, and methods such as cooling or firing can be adopted, but they must meet the requirements of the process regulations.

The process of producing shaft forgings in which metal flows plastically to produce the desired shape. The forging manufacturing process includes blanking, heating and pretreatment before forming.

After the forging is formed, it is cut off with a lathe, and the performance of the forging is improved by heat treatment. Then, the forgings are fine-cut and formed according to the drawings, and can be shipped after surface treatment and packaging.

Forging process of Forged Titanium Shaft

Titanium sponge→3 times VAR melting→Forging→Grind surface→Radial forging by SPX-25→Straightening→cutting length→Radial forging by SPX-16→Annealing→Straightening→Machining→Polishing→Cutting length→Inspecting→Packaging→Delivering.

Application of Forged Titanium Shaft

Forged Titanium offers its high strength at a light weight, useful formability and high corrosion resistance. It is widely used in several industries, like the aerospace, medical, marine and chemical processing industries. It can be used in the creation of such technical things as:

• -Aircraft turbines

• -Engine components

• -Aircraft structural components

• -Aerospace fasteners

• -High-performance automatic parts

• -Marine applications

• -Sports equipments

Titanium and Titanium Alloys Products Suppliers

With more than 30 years` experience, Lasting New Material(Lasting Titanium) offer the largest selection of Titanium Powder, Titanium Ingots, Titanium forgings, Titanium Bars, Titanium Sheets/Plates, Titanium Tube/pipes, Titanium Fittings and other Titanium Products in a wide range of sizes grades and specifications.

Our products are used in virtually every industry worldwide: aerospace engineering, automotive engineering, chemical and process industries, electrical resistance heating, marine engineering, oil and gas extraction industries, and petrochemical processing. If you are interested in our products, we are flexible with the customization of orders to suit your specific needs.

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