1600T Hot die forging Tooling Forging Part clevis pivot

1600T Hot die forging Tooling Forging Part clevis pivot 

Hot Die Forging Tooling is a crucial manufacturing process used to produce high-quality forged parts, such as the Clevis Pivot for automotive applications. The process involves heating a metal billet until it reaches a malleable state and then shaping it using precision dies. With the application of extreme heat and pressure, the billet undergoes plastic deformation, resulting in a strong and reliable Clevis Pivot component. This forging technique ensures excellent dimensional accuracy, improved mechanical properties, and enhanced structural integrity. The Clevis Pivot plays a vital role in the automotive industry, providing pivotal and rotational movement in various suspension and steering systems. Its robust construction and precise design enable smooth and durable operation, contributing to the overall safety and performance of vehicles.

Product Details

Company Profile

Nanjing Liju Precision Forging Co., Ltd. was established in 1998. It has been engaged in the development and manufacturing of automotive, forklift parts, electric power, aviation, industrial and mining, petrochemical metal and non-ferrous metal structural parts for many years. The process includes forging, casting, stamping, die-casting and other metal forming.

Forging process

Liju's Forged Components Division specializes in precision machine forging processes.

Forging is a manufacturing process in which metal is hammered, pressed, or rolled under high local pressure and shaped into high-strength parts called forgings. This metalworking method has been used for centuries and has been traditionally used to make tools, weapons, kitchen utensils and jewelry.

During the machining forging process, the coarse grain structure of the metal is broken down into finer grains, and a grain structure better aligned with the required directional strength can be obtained; in addition, pores may be removed during this process and low-density/empty spaces, and seal cracks.

As a result, forged parts are much stronger than parts produced by any other metalworking process. Therefore, forgings are widely used in applications where high strength is required, reliability and personal safety are crucial.