All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(891 products available)
Ready to Ship
Ready to Ship
2124T3 Aluminum Alloy Sheet
2124T3 aluminum alloy sheet is a high-strength material used in critical areas of aerospace structures. Due to its carefully balanced properties of formability and compatibility with high-temperature environments, this sheet is important in aircraft construction. The T3 temper strengthens the alloy by exposing it to a heat treatment and then stabilizing it by cold shaping. This procedure improves its strength while retaining exceptional machining characteristics. Numerous applications of this alloy sheet include fuselage constructions, wing components, and other high-stress structures that need light weight and high strength.
2124 Aluminium Alloy Cold Rolled Sheet
The 2124 aluminum alloy cold-rolled sheet is carefully designed for applications that need outstanding surface quality and exact dimensions. The cold rolling process increases its tensile strength and lowers ductility by giving the alloy a more uniform thickness and surface finish. Aerospace industries often use 2124 cold-rolled sheets because they can be used where strict tolerances and high surface quality are necessary. Cold-rolled sheets are perfect for parts and components that will undergo further fabrication or processing since they serve such critical roles.
2124 Aluminum Alloy Bar
A 2124 aluminum alloy bar is a solid and versatile material used in a variety of industrial applications. Known for its high strength-to-weight ratio, the bar is ideal for parts that need to withstand heavy loads without adding excessive weight. Its machinability makes it easy to shape into precise components. Common uses include aircraft parts, structural frameworks, and components in transportation vehicles. The alloy's resistance to corrosion ensures durability even in challenging environments.
2124 Aluminium Alloy Extrusion
Production uses 2124 aluminum alloy extrusion to create delicate, light, and strong forms of the alloy. It is well recognized and frequently used in the aircraft sector since it has high strength, especially in warm situations. Because of its adaptability, unique shapes may be produced for such applications as aircraft frames, missile casings, and other aerodynamic systems. 2124 alloy extrusions provide the perfect compromise between strength and formability for jobs that require fine detailing.
2124 Aluminium Alloy Forging
2124 aluminum alloy forging yields components that have unrivaled strength and stress resistance. Due to its forging process, which includes heating and shaping, the metal grain structure is altered to provide greater tensile strength in critical directions. Due to its exceptional strength-to-weight ratio, this alloy is favored in the production of aviation components like gear and structural parts. 2124 aluminum alloy forgings are handles in demanding situations while assuring stability and safety, making them essential for further uses where strength is crucial.
High Strength
When compared to other aluminum alloys, 2124 aluminum alloy has exceptional strength. The copper concentration in this alloy increases its strength, making it suitable for challenging mechanical situations. Because of its high strength, it is ideally suited for applications where the material will have to support hefty weights or endure great stress, such as in the construction of airplanes.
Good Machinability
Given its strength, 2124 alloy is exceptionally machinable. Common methods like cutting, drilling, and shaping may be performed on its components using standard machines without damaging the tools. Because of this machinability, the material may be quickly fabricated into specific forms, which is useful in many industrial applications, including aerospace.
Heat Treatment
A key quality of 2124 aluminum alloy is its ability to be heat-treated to increase its strength. By applying heat treatment techniques such as T3 tempering, the alloy's strength can be raised to withstand severe circumstances. This makes it useful in areas such as aviation, where the strength of materials is highly temperature-sensitive.
Corrosion Resistance
Even though 2124 aluminum alloy has lower corrosion resistance than other aluminum alloys, it still offers some level of protection. A thin oxide layer forms on the surface of the metal to protect it from corrosion. While the copper content in this alloy reduces corrosion resistance, proper surface treatment or coating can enhance it, making the material suitable for use in moderately corrosive environments.
Applications in Aerospace
Engineers in the aerospace business universally acknowledge the importance of the 2124 aluminum alloy. The material's strength, low weight, and machinability make it ideal for constructing structural components, aircraft skins, and components under great stress. 2124 alloy is an important material for defense systems like missile casings in addition to civil aviation.
Aerospace Applications
Heating the 2124 aluminum alloy to form the T3 temper creates a light yet extremely resilient material perfect for use in aviation. Because of its strength, this material is used to make parts that should be as light as possible but still able to carry heavy loads. The planes' skin, structural supports, and high-performance parts all contain this alloy.
Automotive Components
2124 aluminum alloy is also used in military vehicles, helicopters, and space vehicles, where typical car materials would be too heavy or weak. Their body shells, engine parts, and suspension systems incorporate this alloy to benefit from its resilience and small weight.
Tooling and Dies
Strong and long-lasting 2124 aluminum alloy tooling and dies are perfect for making parts using various fabrication techniques. This alloy forms long-lasting dies of low weight that efficiently execute production tasks. Dies made from this material are commonly used to stamp, mold, and shape plastics and metal.
Robotics and Automation
Due to their superior strength-to-weight ratio, components made from 2124 aluminum alloy are critical to the development of automated systems, including robotic arms and sensors. It is light yet strong enough to tolerate the stress associated with frequent movement and manipulation. This allows for efficient operation in various automation applications.
Defense and Military Equipment
2124 aluminum alloy forms critical components in defense and military gear, including armored vehicles and aerial drones. Its blend of strength and lightness allows superior mobility and protection. The alloy's resilience under stress permits use in tough battle situations where reliability is crucial.
Choosing the right aluminum alloy for a specific application is an important decision that affects both performance and cost. When it comes to 2124 Aluminum alloy, the selection process involves assessing several key factors.
Application Requirements
The specific needs of the application are paramount. 2124 aluminum alloy, known for its high strength and machinability, is ideal for aerospace parts, tools, and precision components. If the application demands lightweight construction with the ability to support heavy loads, this alloy is particularly suitable.
Mechanical Properties
It's essential to evaluate the alloy's mechanical properties, such as tensile strength and thermal resistance. 2124's copper content enhances its strength, making it more resilient at elevated temperatures. Therefore, if the project entails extreme heat conditions, 2124 is a superior choice compared to other aluminum alloys.
Fabrication and Machining
Fabrication compatibility also should be considered. Since 2124 aluminum is heat-treatable and easily machinable, it works efficiently for intricate designs and precision machining. This characteristic can save time and costs in production, making it a practical choice for projects requiring detailed engineering.
Corrosion Resistance
While 2124 aluminum has lower corrosion resistance than some other alloys, protective coatings can enhance this property. It's beneficial to analyze the environmental conditions the material will face. If the application exposes the alloy to chemical or marine environments, adding a protective coating can improve its durability.
Cost and Availability
The cost of material and its availability can directly impact the choice. 2124 aluminum, with its exceptional properties, might be more expensive than other alloy options. However, if the project critically needs its superior strength and machinability, the added cost may be justified. Checking the availability of the alloy in the required forms—be it sheets, bars, or extrusions—is also essential for a seamless supply chain.
Due to its extraordinary strength, especially under high temperatures, 2124 aluminum alloy, which contains copper, is one of the strongest aluminum alloys. Machinability and heat treatment compatibility increase its appeal for many industrial applications.
2124 alloy is used extensively in aerospace parts, military equipment, robotic components, tooling, and die construction due to its qualities of lightness and strength. It can survive extreme heat, making it ideal for many aviation and defense applications.
2124 aluminum alloy is highly machinable. Its machinability is superior to that of many other alloys because of its great strength and machinability, making it a material of choice for precision parts and complex designs.
While 2124 aluminum alloy offers some degree of natural corrosion resistance due to its oxide layer, its copper content lowers resistance compared to other aluminum alloys. It is often used in conjunction with protective coatings to enhance its resistance to corrosion.
Yes, 2124 aluminum alloy is fully recyclable. The recycling process reduces the environmental impact by conserving natural resources and energy, which are needed to produce new aluminum.
