Cocking Hammer for Firearm Industry

Cold drawing offers significant advantages in producing metal components that require both strength and dimensional accuracy, which makes it useful for manufacturing items like pistol hammers. During cold drawing, the metal is pulled through a die at room temperature, which compresses its internal structure. This process increases the material’s tensile strength, hardness, and wear resistance, resulting in a hammer that can better withstand repeated cycles of impact against internal firearm components. Because the hammer experiences frequent mechanical stress, these enhanced material properties help improve durability and long‑term reliability.

Another key benefit of cold drawing is its ability to produce parts with tight dimensional tolerances and a smooth, consistent surface finish. For a pistol hammer, precise geometry is essential for proper engagement with sears, springs, and other fire‑control elements. Cold drawing minimizes machining requirements by delivering near‑net shape material with high accuracy, reducing the risk of misalignment or inconsistent trigger performance.

To learn more about this profile as well as others, or how cold drawn and cold rolled profiles could benefit your application, please contact Rathbone Precision Metals today or visit www.rathboneprofiles.com