2017 Aluminum Rod
PARAMETER
| Specifications of Aluminum Round Bar | |
| Features of Aluminum Round Bar | 1,The appearance of cold-rolled products gloss is good, beautiful |
| 2,Excellent high temperature strength | |
| 3,Excellent work-hardening (after processing weakly magnetic) | |
| 4,Non-magnetic state solution | |
| Standard: GB/T3191-2010 GB/T3090-2008 | |
| Diameter: 1mm - 350mm | |
| Temper: H112, O, F, T4, T5, T6, T62 | |
| Grade: 6061, 6063, 6082, 6083, 6005, 7A04, 7A09, 7022, 7075, 1050, 1060, 1070, 1100, 2A11, 2A12, 2A14, 2A50, 2024, 2017, 2014, 3A21, 3003, 5A02, 5A05, 5052, 5083, etc. | |
Four major advantages
The reason why it is unique is that the product is positioned as high-precision aluminum alloy plate, which not only meets the customer's demand for reducing residual stress and improving surface quality, but also contributes to cost savings for customers
Plant area
Monthly capacity
Timely delivery in stock
Many specifications can be processed
Quality presentation
CUSTOM CUT
There are several fully automated CNC sawing machines in the factory, which can meet the different size requirements of different customers
MEET THE REOUIREMENTS
Strictly follow the corresponding national standards to approve the production of raw materials, ensuring that the chemical elements and mechanical properties meet the requirements
Complete in stock and diverse in types
Complete specifications, quality assurance, and complete inventory provide customers with thoughtful one-stop procurement services
Applicable scenarios
Specification: The diameter generally ranges from 2mm to 500mm, and it can be customized according to requirements.
Auto parts
Medium strength parts
Ship
Aerospace components
It is used to manufacture aircraft skeleton parts, skins, bulkheads, wing ribs, wing beams, rivets, etc.
Engine Parts
It is suitable for the manufacture of high-precision mechanical parts and mold manufacturing, etc.
Transportation tools
It can be used for the structural parts and accessories of automobiles and ships.
Detail Display
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Description
2017 aluminum rod is a high-quality aluminum alloy material with a wide range of diameters, generally between 2 mm and 500 mm, which can be customized according to the specific needs of customers. This flexibility allows 2017 aluminum rod to adapt to a variety of different application scenarios and processing techniques, whether it is fine machining or the manufacture of large structural parts, you can find the right specifications to meet the requirements.
The main components of 2017 aluminum rod include aluminum, copper, magnesium, manganese and other elements. The reasonable ratio of these elements gives it high strength, high toughness, good corrosion resistance and machinability. Its density is relatively low, only about one-third of steel, which enables the weight of the product to be significantly reduced without sacrificing structural strength. At the same time, 2017 aluminum rod also has good electrical and thermal conductivity, which has important application value in some occasions that require efficient energy transmission and heat dissipation.
Main features include
High strength: With high tensile strength and hardness, it is suitable for load-bearing structural parts.
● Good cutting performance: It is easy to process into parts with complex shapes.
● Corrosion resistance: After proper heat treatment or surface treatment, the corrosion resistance can be improved.
● Lightweight advantage: Low density, suitable for weight-sensitive applications.
Application in the aerospace field
In the aerospace field, 2017 aluminum rod is widely used and is one of the preferred materials for manufacturing key components of aircraft. The aircraft skeleton components are the basis for supporting the entire aircraft structure. With its high strength and low density, 2017 aluminum rods can withstand huge flight loads without adding too much weight, thereby improving the fuel efficiency and range of the aircraft. As the outer covering layer of the aircraft, the skin needs to have good fatigue resistance and corrosion resistance. 2017 aluminum rods can meet these requirements and ensure the long-term stable operation of the aircraft in a complex flight environment.
Bulkheads and wing ribs are important components of aircraft wings. They need to withstand complex stresses from aerodynamics and engine thrust. The high strength and toughness of 2017 aluminum rods enable them to be competent for the manufacture of these key parts to ensure the integrity and stability of the wing structure. The wing spar is the main load-bearing member of the wing, which needs to withstand huge bending and shear stresses. After special processing and heat treatment processes, 2017 aluminum rods can achieve the required high strength and high rigidity to ensure that the wing will not be deformed or damaged during flight.
In addition, 2017 aluminum rods are also widely used to make rivets on aircraft. Rivets are key fasteners that connect various parts of the aircraft and need to have high strength and good fatigue resistance. Rivets made of 2017 aluminum bars can meet these requirements and ensure the tight connection and safety of aircraft structures. In the field of aerospace, the application of 2017 aluminum bars not only improves the performance and safety of aircraft, but also provides important material support for the development of the aviation manufacturing industry.
Application in the field of transportation
In the field of transportation, 2017 aluminum bars also play an important role. For automobile manufacturing, 2017 aluminum bars can be used to manufacture body structural parts, engine parts, suspension systems, etc. Auto parts made of 2017 aluminum bars can significantly reduce the weight of the car, thereby improving fuel efficiency and reducing exhaust emissions, which meets the requirements of modern automobile industry for energy conservation and environmental protection. At the same time, the high strength and good corrosion resistance of 2017 aluminum bars can also ensure the service life and safety of automobiles in various harsh environments.
In shipbuilding, 2017 aluminum bars can be used to manufacture hull structural parts, decks, superstructures, etc. Ships face serious corrosion problems in the marine environment, and 2017 aluminum bars have good corrosion resistance, which can effectively resist the erosion of seawater and extend the service life of ships. In addition, the low density of 2017 aluminum bars can also reduce the deadweight of ships and improve the ship's load capacity and navigation performance. In the field of transportation, the application of 2017 aluminum bars not only improves the performance and safety of vehicles, but also provides strong support for the sustainable development of the transportation industry.
Application in the field of mechanical manufacturing
In the field of mechanical manufacturing, the application of 2017 aluminum bars is also very extensive. It is suitable for manufacturing high-precision mechanical parts, such as gears, bearings, shaft parts, etc. The high strength and good processing performance of 2017 aluminum bars enable it to meet the manufacturing requirements of high-precision mechanical parts. Through precise processing technology, mechanical parts with high dimensional accuracy and good surface quality can be produced, thereby ensuring the operating accuracy and reliability of mechanical equipment.
In addition, 2017 aluminum bars are also widely used in mold manufacturing. Molds are an indispensable and important tool in industrial production, and their quality and precision directly affect the quality and production efficiency of products. Molds made of 2017 aluminum bars have good wear resistance, corrosion resistance and thermal stability, and can withstand high temperature, high pressure and high load processing conditions, thereby ensuring the service life and production efficiency of molds. In the field of mechanical manufacturing, the application of 2017 aluminum bars not only improves the quality and performance of mechanical parts and molds, but also provides important material guarantees for the development of the mechanical manufacturing industry.