2024 truc tiep ket qua bong da Alloy is a high-strength truc tiep ket qua bong da alloy with copper as the primary alloying element (2024 composition). It boasts an excellent strength-to-weight ratio and good fatigue performance, making it particularly suitable for structural components subjected to high loads and high fatigue stress, such as aircraft skins, wing spars, landing gear structural parts, and various high-strength connecting components.
Instant QuoteAs a professional truc tiep ket qua bong da supplier, Chalco offers aerospace-grade 2024 products that meet AMS and ASTM standards, including sheets, bars, tubes, and profiles. With AS9100, ISO9001, and NADCAP certifications, we ensure our product quality meets the stringent requirements of high-end applications.
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2024 truc tiep ket qua bong da Stock
Thickness:0.016″-0.02″
Size:60″x120″
QQ-A-250/4, ASTM B209, EN 485
Thickness:0.25″-8″
Size:60″x120″
ASTM B209, EN 485
EX Dia:0.2mm--200mm
CF Dia:500mm--2800mm
QQ-A-225/6, ASTM B211
OD:0.2″-9.8″
WT:0.04″-1.6″
WW T-700/3, ASTM B241
Can't find what you're looking for? Please contact our purchasing team.
Instant QuoteChalco 2024 truc tiep ket qua bong da Standards & Certifications
As a leading global truc tiep ket qua bong da supplier, Chalco is committed to providing high-quality 2024 truc tiep ket qua bong da alloy for the automotive, machinery manufacturing, electronics, and aerospace industries. To ensure that every batch of our products meets the stringent requirements of our customers for strength, fatigue resistance, chemical composition accuracy, and environmental compliance, Chalco has obtained and continuously maintains the following key system certifications and process qualifications:
- ISO 9001 - Quality Management System (QMS) Certification
- ISO 14001 - Environmental Management System Certification
- AS9100 - Aerospace Quality Management System Certification, applicable to the manufacturing of aircraft, spacecraft, and related products
- NADCAP HT - Rigorous audit for heat treatment processes, ensuring stable and reliable material heat treatment
- NADCAP NDT - Professional capability certification for Non-Destructive Testing (NDT) methods such as ultrasonic and X-ray inspection
These certifications not only standardize Chalco's production processes but also ensure strict compliance in key aspects such as chemical composition, mechanical properties, fatigue, and corrosion testing. This guarantees that our 2024 truc tiep ket qua bong da alloy consistently performs in various high-strength applications.
Overview of 2024 truc tiep ket qua bong da Alloy Product Standards
| Sheet & Plate | Bar | Tube | Extrusions |
ASTM B209 AMS-QQ-A-250/4 AMS-QQ-A-250/5 AMS 4035 AMS 4036 AMS 4037 AMS 4040 AMS 4041 AMS 4077 AMS 4193 AMS 4194 AMS 4195 AMS 4279 AMS 4297 | ASTM B211 ASTM B221 ASTM B316 ASTM B565 ASTM SB-211 AMS 4120 AMS 4339 AMS-QQ-A-225/6 AMS-QQ-A-430 | ASTM B210 ASTM B241 AMS-WW-T-700/3 AMS 4086 AMS 4087 AMS 4088 | ASTM B221 ASTM SB-221 AMS-QQ-A-200/3 AMS 4152 AMS 4164 AMS 4165 |
To learn more about the detailed requirements of each standard or to obtain test reports and compliance certificates for 2024 truc tiep ket qua bong da alloy, please contact Chalco's professional technical team.
Instant QuoteChalco 2024 truc tiep ket qua bong da Supply Capability
Rolled Products
2024 truc tiep ket qua bong da sheet is widely used in aircraft skins, wing structures, and automotive mold manufacturing. We can supply both bare and Alclad sheets, supporting aerospace tempers such as T3, T4, and T351. The maximum width can reach 3800mm, meeting large-size processing needs.
- 2024 O T4 T3 T351 Aluminium Sheet Plate
Type:Bare, Alclad
Thickness:0.3-12mm
Width:≤2650mm
Length:≤10000mm
- 2024 O T4 T3 T351 Aluminium Sheet Plate
Thickness:0.12-300mm
Width:≤3800mm
Length:≤20000mm
- 2024 xem truc tiep bong da Block | Chalco
Thickness:8-600mm
Width:10-1200mm
Length:≤20000mm
Bars
Possessing excellent fatigue strength and machinability, 2024 truc tiep ket qua bong da bars are suitable for high-strength applications in aerospace structural parts, fasteners, and automotive components.
- Reliable 2024 ket qua truc tiep bong da Bar
Diameter:5-350mm
Length:≤6000m
- ket qua truc tiep bong da Bar/Square Hollow
Size:5*5-200*200mm
Length:≤6000m
- 2024 truc tiep ket qua bong da hexagon bar
Size:5-200mm
Length:≤6000m
- 2024 lich truc tiep bong da hom nay – High
Width:10-200mm
Height:2-50mm
Length:≤6000m
- Chalco truc tiep ket qua bong da Extrusion Bar:
Manufactured through hot extrusion, exhibiting good formability and medium-high strength, suitable for aerospace structural parts and mechanical components.
- Cold Finished (Drawn) xem da bong truc tiep Rod Bar
Cold drawn for better accuracy, surface finish, and strength—ideal for fasteners, aerospace hardware, and precision machining.
Tubes
Chalco offers 2024 truc tiep ket qua bong da tubes in various specifications produced by extrusion, cold drawing, and seamless processes, suitable for hydraulic systems, frame supports, and high-strength structural connectors.
- 2024 T3 T351 bong da truc tiep hom nay Supplier
Outer Diameter:5-420mm
Wall Thickness:2-50mm
Length:≤6000m
- 2024 keo bong da truc tiep Tube Square Shape
Outer Diameter:5-220mm
Wall Thickness:0.5-10mm
Length:≤6000m
- AMS 2024 T3 T4 Aircraft Drawn truc tiep ket qua
Outer Diameter:10-300mm
Wall Thickness:2-20mm
Length:≤6000m
- 2024, 3003, 5052, 6061, 7075 Cold Drawn xem truc
Manufactured through precision drawing, featuring higher dimensional accuracy and smoother surface quality, suitable for hydraulic systems, aircraft frames, and instrument pipelines.
- Thin-Wall xem bong da truc tiep Pipe Buying Guide:
With a thinner wall thickness, suitable for applications with strict weight reduction requirements, widely used in aerospace structural parts, control systems, and lightweight frames.
- From Extrusion to Drawing: How Seamless xem bong
Reverse-extruded,weld-free, with high strength and pressure capacity for aircraft fuel and high-pressure fluid systems.
Extruded Profiles
Chalco can customize2024A O/T3/T8/T351 Aerospace tuong thuat truc tiepwith complex cross-sections, widely used in aviation tracks, frames, and civil structures. Common profiles include truc tiep ket qua bong da angles, truc tiep ket qua bong da T-bars, truc tiep ket qua bong da U-channels, and truc tiep ket qua bong da hat channels.
- 2024 Angle truc tiep ket qua bong da
Leg Length:12-200mm
Wall Thickness:3-12mm
Length:≤6000m
- xem da bong truc tiep T Bar: Lightweight
With:20-300mm
Height:10-100mm
Wall Thickness:2-15mm
Length:≤6000m
- ket qua truc tiep bong da U Channel | Chalco
Thickness:1/16", 3/32", 1/8", 3/16", 1/4"
Length:≤6000m
- ty so bong da truc tiep Hat Channel & Aluminium
With:50-200mm
Tall:12-50mm
Wall:1.5-6mm
Length:≤6000m
- Bulb Flat | Chalco link truc tiep bong da
With:60-430 mm
Thickness:4-20 mm
Length:≤6000m
- 2024 truc tiep ket qua bong da Streamline Tube
Major Axis:1.125″–3.88″
Minor Axis:0.375″–1.3″
Length:≤6000mm
Streamlined oval cross-section
Forgings
Chalco can supply 2024 forged bars, forged rings, forged blocks, forged discs, forged flanges, and custom forgings, widely used in fuselage frames, aerospace fixtures, and mold bases.
- High-Performance Forged Bar Solutions | Chalco
Diameter 1:≤800mm
Length 1:≤2000mm
Diameter 2:800–2000mm
Length 2:≤1500mm
- 2024 truc tiep ket qua bong da Forged Tube
Outer Diameter:≤830mm
Wall Thickness:90mm
Length:≤1800mm
- Seamless Rolled Ring Forging｜Processing tuong
Outer Diameter (Quenched):≤2500mm
Outer Diameter (Non-Quenched):≤4000mm
Height:500mm
Weight:≤5T
- High-Quality Forged Block Supply bong da truc
Width:≤2000mm
Height:≤500mm
Length:≤7000mm
Weight:≤9T
- Forged Disc | Aluminum, Titanium, Steel xem
Diameter:≤2500mm
Thickness:≤400mm
Weight:≤5T
- 2024 truc tiep ket qua bong da Forged Flange
Diameter:≤1500mm
Thickness:10mm–150mm
Wires
Chalco offers 2024 truc tiep ket qua bong da wires produced by cold heading, extrusion, and other processes, widely used in aerospace fasteners, electrical connections, and precision machining of high-strength mechanical parts.
- 2024, 3003, 5052, 6061
Used for manufacturing high-speed cold-headed fasteners such as screws, bolts, and aerospace studs, possessing good cold formability and fatigue resistance.
- 2024, 3003, 5052, 6061, 7075 Cold Drawn xem truc
Extruded for high strength, precise diameter, and good thermal conductivity, ideal for structural reinforcement and electrical connections.
We can perform pre-stretching, solution treatment, and aging treatment in various tempers according to customer requirements, and provide subsequent machining services such as cutting, prototyping, and surface treatment. Want to know the specific production cycle, minimum order quantity, or price? Welcome to contact us.
Instant QuoteTempers of 2024 truc tiep ket qua bong da
2024 O (Annealed)
Annealed and softened, exhibiting the highest plasticity and formability, used for initial processing stages such as deep drawing and bending, facilitating subsequent heat treatment.
2024 T3 (Solution Heat Treated - Cold Worked - Naturally Aged)
One of the most commonly used tempers, with medium-high strength and moderate ductility, suitable for high-strength applications requiring some formability, such as aircraft skins, structural components, and automotive parts.
2024 T351 (Solution Heat Treated - Stress Relieved by Stretching - Naturally Aged)
Achieves a strength of around 470 MPa and possesses excellent resistance to stress corrosion cracking, commonly used for critical load-bearing structural components.
2024 T4 (Solution Heat Treated - Naturally Aged)
Offers good ductility and machinability, but with slightly lower strength than T3, suitable for applications requiring subsequent processing or on-site aging.
2024 T42 (Solution Heat Treated - Naturally Aged at Customer Site)
Maintains a semi-hard state after leaving the factory, facilitating long-distance transportation and reprocessing, and is naturally aged by the customer at the usage site to a stable state.
2024 T6 (Solution Heat Treated - Artificially Aged)
Achieves peak strength (approximately 470–500 MPa) through high-temperature artificial aging, suitable for industrial and structural parts subjected to high static loads and fatigue resistance requirements.
2024 T62 (Solution Heat Treated - Artificially Aged at Customer Site)
Maintains a not fully aged state after leaving the factory, allowing customers to perform artificial aging to flexibly control final performance and delivery time.
2024 T8 (Solution Heat Treated - Cold Worked - Artificially Aged)
Combines cold work strain hardening with artificial aging, achieving the highest strength (can exceed 500 MPa) but with lower ductility, suitable for high-strength aerospace fasteners and precision components.
2024 T81 (Solution Heat Treated - Stress Relieved by Stretching - Artificially Aged)
Adds a stretching stress relief process on the basis of T6, balancing high strength and resistance to stress corrosion cracking, often used for aerospace load-bearing components.
2024 T851 (Solution Heat Treated - Hot Formed - Artificially Aged)
Combines hot forming with artificial aging processes, offering the best strength and dimensional stability, suitable for high-reliability aerospace parts.
Properties of 2024 truc tiep ket qua bong da
1.2024 is one of the typical high-strength truc tiep ket qua bong da alloys, with optimal performance in T3, T4, T42, and other tempers, widely used in aerospace structures.
2.Excellent fatigue resistance, making it very suitable for structural components subjected to cyclic loads.
3.Good machinability; in the annealed or partially heat-treated state, it is suitable for machining methods such as turning and drilling.
4.Poor corrosion resistance, especially in humid or corrosive environments, often improved by anodizing/coating.
5.Generally poor weldability, prone to cracking, usually replaced by riveting or mechanical connections.
Chemical Composition of 2024 truc tiep ket qua bong da
| Elements | Content (%) |
| Cu | 3.8 - 4.9 |
| Mg | 1.2 - 1.8 |
| Mn | 0.3 - 0.9 |
| Si | ≤ 0.50 |
| Fe | ≤ 0.50 |
| Zn | ≤ 0.25 |
| Ti | ≤ 0.15 |
| Other each | ≤ 0.05 |
| Other total | ≤ 0.15 |
| Al | Remainder |
Physical Properties of 2024 truc tiep ket qua bong da
| Density | 2.77 - 2.79g/cm³ |
| Specific heat | 0.875J/g-°C |
| Thermal conductivity | 121 - 151W/m-K |
| Melting point | 502 - 638°C |
| Solidus temperature | 502°C |
| Liquidus temperature | 638°C |
| Coefficient of thermal expansion | 23.1 x 10⁻⁶/K |
| Modulus of elasticity | 73GPa |
| Resistivity | 30 - 40% IACS |
Mechanical Properties of 2024 truc tiep ket qua bong da
| Properties | 2024-O | 2024-T3 | 2024-T351/T4 | 2024-T851 |
| Ultimate tensile strength | 27 ksi (bare); 26 ksi (clad) | 70 ksi (bare); 65 ksi (clad) | 67 ksi (T351); 69 ksi (T4) | 75 ksi |
| Yield tensile strength | 11 ksi | 50 ksi (bare); 45 ksi (clad) | 47 ksi (T351); 45 ksi (T4) | 66 ksi |
| Fatigue strength | 13 ksi | 20 ksi | 20 ksi | 17 ksi |
| Shear strength | 18 ksi | 41 ksi(bare); 40 ksi (clad) | 41 ksi | 43 ksi |
| Shear modulus | 4,060 ksi | 4,060 ksi | 4,060 ksi | 3,920 ksi |
| Hardness (Rockwell/Brinell) | N/A / 47B | 75 / 120B | 75 / 120B | 84 / 140 |
| Elongation at break | 20% | 18% | 13% (T351); 16% (T4) | 4.9% |
| Elastic modulus | 10,600 ksi | 10,600 ksi | 10,000 ksi | 10,000 ksi |
| Poisson's ratio | 0.33 | 0.33 | 0.33 | 0.33 |
| Processability | 30% | 70% | 70% | 70% |
Processing Properties of 2024 truc tiep ket qua bong da
Machinability
In the annealed (O) or T4 temper, 2024 truc tiep ket qua bong da alloy exhibits good machining performance, allowing for high cutting speeds and excellent surface finishes. However, due to the higher copper content in the alloy, the wear on carbide cutting tools is slightly greater than that of pure truc tiep ket qua bong da, and chips are more likely to form long, tangled strands. It is recommended to use cutting tools with chip breakers and enhanced cooling lubrication to maintain stable machining quality.
Weldability
The weldability of 2024 truc tiep ket qua bong da alloy is very poor, and conventional gas welding and arc welding methods are generally not recommended because they are very prone to hot cracking and reduce the corrosion resistance of the weld. If welding is necessary, resistance welding processes such as spot welding, seam welding, or flash butt welding can be considered, but strict process control and post-weld heat treatment are required. In summary, 2024 truc tiep ket qua bong da alloy is not suitable for applications requiring good weldability.
Formability
During cold forming, sufficient plasticity can only be obtained in the annealed state for processes such as deep drawing, stretching, or bending. The formability in harder tempers such as T3/T4 decreases significantly, making it prone to cracking. For complex or large deformation parts, hot forming can be performed at around 450 °C, followed by solution treatment and aging to balance formability and final strength.
Corrosion Resistance
Unprotected 2024 truc tiep ket qua bong da alloy has poor corrosion resistance, especially prone to intergranular corrosion and crevice corrosion in humid or saline environments. Methods such as Alclad (truc tiep ket qua bong da cladding), anodizing, or applying chemical conversion coatings and paints can effectively form a dense protective layer on the alloy matrix, significantly improving its service life in harsh environments.
Comparison of 2024 truc tiep ket qua bong da with Other Alloys
10 Differences7075 offers higher strength (570–640 MPa in T6) for high-load structures, but 2024 performs better under cyclic loads, making it preferred for fuselage skins and reinforcements. Both have poor weldability, typically joined by riveting or bonding, and need cladding for corrosion resistance.
2024 vs 6061The strength of 2024 (470 MPa tensile strength in T3/T4) is much higher than that of 6061 (310 MPa tensile strength in 6061-T6), but 6061 has better corrosion resistance and weldability, making it suitable for general structures and welded parts. 2024 is more suitable for high-strength, non-welded structures such as aerospace components and fasteners.
2024 vs 20172024 and 2017 are both Al-Cu-Mg alloys with similar properties. 2017 has slightly more copper and better static strength, ideal for medium-temperature parts. 2024 offers better fatigue strength for alternating load conditions. Both have average weldability and corrosion resistance, often enhanced by cladding.