Forging forming -- English · 2023年7月24日 0

Key materials for future military equipment: magnesium forgings

As one of the key materials for future military equipment, magnesium alloy forgings have the following important characteristics and applications: Light weight and high strength: Magnesium alloy is a light material with low density, only two or three times the proportion of aluminum and titanium, and high strength and rigidity. This allows magnesium alloy forgings to reduce weight and improve mobility and portability in military equipment. Impact resistance: Magnesium alloy has good impact resistance, can withstand high-speed impact and explosion impact, not easy to break or deformation. This allows magnesium forgings to provide better protection and safety in combat conditions. High temperature resistance: Magnesium alloy has a high melting point and good high temperature stability, can maintain the integrity of the structure and performance stability in high temperature environment. This enables magnesium alloy forgings to withstand the working requirements under high temperature and high pressure conditions in military equipment such as ballistic missiles and artillery. Stealth performance: Magnesium alloy has good electromagnetic shielding performance and radiation absorption performance, which can reduce radar reflection signal and infrared radiation. This makes magnesium alloy forgings in stealth aircraft, ships and other military equipment can reduce the probability of detection, enhance combat capability. Fast manufacturing: Magnesium alloy forgings have good castability and machinability, and complex shape parts can be quickly manufactured by forging, die casting and other processes. This enables magnesium alloy forgings to improve manufacturing efficiency and reduce costs in the production process of military equipment. In summary, magnesium alloy forgings, as one of the key materials for future military equipment, have the characteristics of light weight, high strength, impact resistance, high temperature resistance, stealth performance and fast manufacturing. It is widely used in fighter jets, artillery, missiles, tanks and other military equipment, which improves the performance and combat capability of military equipment, and is of great significance to safeguarding national security and safeguarding national interests.