Forged Part

Xingxin is a professional China Forged Parts manufacturer and China forging products supplier. Xingxin factory forging process is a kind of process by deformation processing of metal, which is characterized by high strength, high toughness and high wear resistance. In Xingxin forging process, the metal material undergoes plastic deformation when subjected to certain pressure and deformation force, thus forming the desired shape and size. Xingxin factory Forged Part is widely used in aerospace, automobile, shipbuilding, machinery manufacturing, military industry and other fields.

The characteristics of Xingxin factory Forged Part mainly include the following aspects.

1. High strength: The metal parts processed by the forging process have high strength because in the forging process, the metal grains will be rearranged, which improves the denseness and strength of the material.

2. high toughness: due to the forging process will produce plastic deformation of metal materials, so the Forged Parts have good toughness, can withstand a certain degree of shock and vibration, 3. high wear resistance: the forging process can improve the hardness of the metal surface, thus increasing the wear resistance of the material, so that the forging parts in the abrasion and friction performance, 4. high precision: the metal parts processed by forging have high strength, because the metal grain will be rearranged in the forging process, thus improving the denseness and strength of the material.

4. High precision: the forging process can manufacture complex shapes of parts, and can get high dimensional accuracy, so it is widely used in the manufacture of high-precision engineering parts.

In the aerospace field, the Forged Part is commonly used in the manufacture of aircraft engine parts, aircraft structural parts, rocket engine parts and so on. For example, the engine blade of the airplane is manufactured by forging process, because the forging process can produce high strength, high temperature resistance, corrosion resistance of the blade, to meet the aerospace field of the parts of high strength, high temperature resistance performance requirements.

In the field of automobile manufacturing, Forged Part is commonly used in the manufacture of automobile engine parts, transmission parts, suspension parts and so on. For example, automobile steering shafts, transmission shafts and other important parts are manufactured using the forging process, because the forging process can make these parts have high strength and wear resistance, to ensure the safety and reliability of the car in the use of the process.

In the field of shipbuilding, the Forged Part is commonly used in the manufacture of marine engine parts, bearing parts, anchor chain and so on. For example, the marine engine crankshaft, piston, connecting rod and other key parts are manufactured using the forging process, because the forging process can improve the strength and corrosion resistance of these parts, to adapt to the use of the harsh environment of the sea needs off.

In the field of machinery manufacturing, the Forged Part is commonly used in the manufacture of heavy machinery parts, agricultural machinery parts, engineering machinery parts. For example, the forging process can produce high strength and wear-resistant bearing parts, gear parts, bolts and nuts, etc., to ensure the stability and reliability of mechanical equipment in the process of use.

In the field of military industry, the Forged Part is often used in the manufacture of weapons and equipment parts, military vehicle parts, missile engine parts and so on. For example, military vehicle tracks, drive shafts and other important parts are manufactured using the forging process, because the forging process can improve the strength and wear resistance of these parts to ensure the stability and reliability of military vehicles in the combat environment.

In general, the Forged Part has high strength, high toughness, high wear resistance, high precision and other characteristics, suitable for the manufacture of parts requiring high strength, high wear resistance and high precision requirements. In the aerospace, automotive, shipbuilding, machinery manufacturing, military and other fields, the forging process has a wide range of applications.