Combining the dual characteristics of high strength and toughness, this material maintains its lightweight nature while exhibiting exceptional load-bearing stability. It resists deformation and fracture even under immense external force, making it the ideal choice for applications that require endurance against complex stresses and long-term loads.  

Because of its remarkable mechanical properties and fatigue resistance, this material has found extensive use in the aircraft industry. For the production of gas turbine blades, airplane fuselages, skins, cabin doors, core engine parts, and spacecraft structural elements, it is the material of choice. It also contributes significantly to flying safety and fatigue life extension by lowering aircraft weight and increasing fuel efficiency.  

Beyond aerospace, high-strength and high-toughness aluminium alloys also demonstrate extensive potential in shipbuilding, machinery manufacturing, and the chemical industry. It is commonly used to build hull structures, decks, precision machinery components, and chemical equipment. With its outstanding advantages of being lightweight, high-strength, and corrosion-resistant, this material precisely perfectly satisfies the demands of these industries for high-performance materials.