Applications Of Aluminum Forge
Work Principle&Features Of Aluminum Forge
Aluminum alloy forging is a process of heating aluminum alloy to a certain temperature and deforming it into shape through hammering or pressure. Forging can refine the particles of aluminum alloys, improve their strength and toughness, and also eliminate internal defects, improving the quality of materials. Forging can also produce various shapes of aluminum alloy parts, such as aircraft engine blades, car wheels, electronic equipment casings, etc.
 

Low Density

Aluminum alloy is a commonly used material with advantages such as lightweight, high strength, and good conductivity, making it widely used in industries such as aviation, automobiles, and ships. There are also various processing methods for aluminum alloys, among which hot forging is a commonly used processing method. Next, we will explore the advantages of aluminum alloy hot forging.

Improve material strength

Aluminum alloy hot forging can improve the strength and hardness of materials by refining grain size and optimizing grain boundary structure. At the same time, hot forging can also eliminate residual stress and defects inside, further improving the strength and toughness of the material.

Improve material wear resistance

During the hot forging process, a dense oxide film is formed on the surface of aluminum alloy materials, which can prevent oxidation and corrosion, and improve the material's wear and corrosion resistance.

Improve material processing performance

Due to the reduction of grain size and optimized grain boundary structure during hot forging, the processing performance of aluminum alloy materials has been significantly improved. Aluminum alloy can achieve higher deformation rate and lower thermal deformation force during hot forging, making it easier to form and process.

Improve material reliability and service life

Hot forging can eliminate internal residual stress and defects, improve the strength and toughness of materials, thereby reducing the possibility of material fracture and fatigue damage, and improving the reliability and service life of materials.
In short, aluminum alloy hot forging has multiple advantages such as improving material strength, wear resistance, processing performance, and reliability. Therefore, hot forging is a very important processing method in the manufacturing and processing of aluminum alloy materials, which can improve the quality and performance of products and meet the needs of different industries.
Manufacturing Process
Our Company
Southwest Aluminum (Kunshan) CO.,LTD always adheres to sustainable development ideas of "Based on high starting point, utilizing high technology, creating high quality,"and gradually has formed the unique aluminum industrial chain in the world with the most complete links and short inter- link distance, which covers the fields from energy, alumina, and electrolytic aluminum to aluminum profiles, and high-precision aluminum sheets, aluminum strips and aluminum foils. With respect to the corporate size and output, the company has continuously ranked in the forefront of the large enterprises involved in the aluminum industry worldwide.
Southwest Forge Company was established in accordance with the "domestic leading and international first class" standards for being a large- scale high-end forge enterprise.
The company is capable to research,develop and produce high technology content,high value-added aluminum alloy forgings.The products cover aviation,shipbuilding,petrochemical,rail transportation,energy, marine and other industries that require high-end forgings.
 

125MN PRESS MAIN PARAMETERS

Daylight: 4000mm
Stroke of moving crossbeam:2000mm
Size of working table:2000*4000mm
Range of forging speed:0.05-50mm/s
Accuracy of forging speed:±5%


The 125MN closed die hydraulic press has advanced structure(The upper and lower working table, centering device as well as lower ejection device etc.), powerful functions (It has high position accuracy, high speed accuracy, horizontal control of moving beam and control of strain rate etc. ) and can finish the operation that normally needs several heats on other presses with one heat. During production, the stock is processed with high centering accuracy and minimal scrap. The presses of the same type in China do not have such kind of structure and functions yet.

500MN PRESS MAIN PARAMETERS

Daylight: 4000mm
Stroke of moving crossbeam:2000mm
Size of working table:4000*7000mm
Range of forging speed:0.05-50mm/s
Accuracy of forging speed:±5%


500MN press is an imported closed die forging press with the largest tonnage and most advanced technology in China. The advanced structure and function of this press enables to have high position accuracy,high speed accuracy, accurate horizontal control of moving beam and control of strain rate which can guarantee the repeatability of the production of supper large press forgings with high dimensional accuracy and consistent grain flow structure,for example parts such as the landing gear supporting beam as well as the solid forging of cabin bulkhead of large commercial aircraft.
 

 
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  • Zhoushi Town,Kunshan City,Jiangsu Province,China
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    jia@ksxinan.com
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    0086-512-55105768
  • Company that professionally design and produce Aluminum Seamless Tube and Aluminum alloy forged products.
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  • Applications
    Ship

    Various forgings for ships such as piston, crankshaft, rudder stock, cylinder head, universal joint pin, gear, transmission shaft and connecting rod.

    Automobiles & Motorcycles

    For Auto, Motorcycle Parts & Accessories;for the manufacture of subway and train body structures, doors and windows and shelves, car body, wheels, air conditioners and so on.

    Aviation Aerospace

    Forgings for landing gear and its supporting beam, frame of cabin doors, wings and frames etc.We have the ability to manufacture more than 90% of the forgings on an airplane.Engine mount forgings, engine casings, turbine discs, shafts, blades and other forgings. We have the ability to manufacture m

    Machining

    For precision parts processing, aerospace, semiconductors, communications, automotive inspection equipment and other fields of mechanical parts manufacturing

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