Hardware stamping parts are formed, produced, and processed by adding external forces to plates, amorphous strips, pipe fittings, and aluminum profiles using a press and mold, causing plastic deformation or separation, thereby obtaining the required appearance and specifications of product workpieces (hardware stamping parts).

Hardware precision parts processing manufacturers rely on presses and molds to increase external forces on plates, amorphous strips, pipe fittings, and aluminum profiles, causing plastic deformation or separation, thereby obtaining the required appearance and specifications of product workpieces (hardware stamping parts). Stamping and forging are both plastic deformation production and processing (or working pressure production and processing), and precision hardware Machine element processing is collectively referred to as casting. The main raw materials for stamping are hot-rolled and hot-rolled thick steel plates and strips. Stamping is mainly classified according to processing technology, which can be divided into two categories: separated process flow and forming process flow.

Hardware stamping parts are mainly formed by stamping metal or non-metallic material sheets, relying on the working pressure of a press, according to the stamping die, and have the following key characteristics:

(1) The metal stamping parts are made by punching under the premise of low raw material consumption. The parts are light in weight and have good Bending stiffness. After plastic deformation of the plate, the internal organizational structure of the metal material is improved, so that the compressive strength of the metal stamping parts is gradually increased.

⑵ Hardware stamping parts have high specification precision, uniform and consistent specifications with the same module, and have good tolerance fit. General installation and application regulations can be achieved without further mechanical processing and manufacturing.

During the entire stamping process of hardware stamping parts, because the surface of the raw materials is not damaged, they have good surface quality and a smooth and beautiful appearance. This provides convenient standards for surface spraying, electroplating technology, and other surface solutions.