The selection of quality raw materials is a prerequisite for ensuring the quality of forgings. The main links that determine the quality of raw materials are smelting, ingot casting and semi-finished product processing.

Aluminum alloy forging will also be corroded after long-term use, and the common manifestations are pitting corrosion, galvanic corrosion, crevice corrosion, intergranular corrosion, filiform corrosion, etc.1. Pitting corrosion is a very localized form of corrosion that produces needle-like, spot-li

The application of automotive aluminum alloys is becoming more and more important!With the intensification of environmental pollution and energy crisis, reducing the weight and fuel consumption of automobiles has become an important direction for the green development of the automobile industry.

One of the tasks of aluminum alloy forging processing is to obtain the required shape, size and surface state of the forging to meet the requirements of the processing and use conditions of the parts, and to meet the requirements of the part pattern.

After heat treatment of aluminum alloy forgings, due to the high temperature heating, bubbles often appear on the surface of the forgings, the bubbles are very thin, gas escapes when opened in the water, the bubbles are obviously layered, and the inner wall is corrugated and gray-black. combustion p

China's aluminum alloy forging technology originated in Europe. After nearly 20 years of development, many new technologies have emerged, such as direct forging and spinning composite technology, short-flow technology, pure direct forging technology and liquid forging technology.In recent years, wit

The 6-series aluminum alloy is an aluminum alloy with magnesium and silicon as the main alloying elements and Mg2Si phase as the strengthening phase. The alloy has the advantages of medium strength, high corrosion resistance, no stress corrosion cracking tendency, good welding performance, unchanged corrosion performance in the welding zone, good formability and process performance.

Aluminum alloys are mainly used as structural materials in aircraft, such as skins, frames, propellers, fuel tanks, wall panels and landing gear struts. The application and development of aluminum alloys in aerospace can be divided into several stages: in the 1950s, the main goal was to reduce weig

Aluminum alloys can be divided into two categories: one is deformed aluminum alloys, which are used for processing semi-finished products such as plates, strips, foils, tubes, bars, shapes, wires, powders, and forgings; the other is cast aluminum alloys, which are used for casting various Castings a

Seamless rolled rings provide your forgings with optimum strength, fatigue resistance and inclusion-free. All-aluminum light alloys create shapes of all sizes, from flat washers to tall cylindrical steel parts. In addition, our seamless rolled rings can be delivered in rough and finished condition.

1. The high temperature deformation resistance of various aluminum alloys in aluminum alloy forging varies greatly. The deformation resistance (also known as flow stress) of aluminum alloys varies significantly with different components. Some low-strength aluminum alloys and medium-strength aluminum

1. Plus direction intensityDuring the automotive aluminum forging process, through strict control of mechanical deformation of heating metals, the expected, uniform grain size and flow characteristics can be obtained. Car aluminum forging parts are usually prepared to improve branches and eliminate