Aluminum alloy forging production is one of the main processing methods for providing mechanical parts blanks in the machinery manufacturing industry. Through forging, not only the shape of mechanical parts can be obtained, but also the internal structure of the metal can be improved, and the mechan

Characteristics of aluminum alloy forging process1. The forging deformation temperature range is narrow. The forging deformation temperature of most aluminum alloys is within the range of 350-450℃, and the deformation temperature range is about 100℃;2. Sensitive to strain rate. Need to choose forgin

Forging production is one of the main ways to provide blanks of mechanical parts to various industries. The superiority of forging production lies in: it not only obtains the shape of mechanical parts, but also improves the internal structure of the material and improves the mechanical properties. G

1. Forged aluminum alloy has low plasticity. The plasticity of aluminum alloy is greatly affected by alloy composition and forging temperature, and the sensitivity of plasticity to deformation speed varies with the content of alloy elements. When the content of alloying elements increases, the plast

The forging of aluminum or aluminum alloy is called aluminum forging.The use of forgings very extensive, aircraft, automobiles, diesel engines, weapons, petrochemicals, mining and other aspects are applied to forgings.

This article briefly describes the current application status and trends of aluminum alloy forging technology in the automotive industry, and introduces in detail the typical aluminum forging materials, products and technological processes that are currently widely used in automobiles.