주요 특징
- 1060 belongs to the 1000 series of aluminum alloys and is known for its high purity, typically over 99.6% aluminum.
- It offers excellent corrosion resistance from a naturally forming oxide layer.
- It has high electrical and thermal conductivity, making it ideal for conductors and heat sinks.
- It provides good formability and weldability for easy fabrication.
- Common uses include electrical conductors, chemical equipment, and food industry containers.
- Its main limitation is relatively low strength, which limits it in high-stress applications.
소개
1060 알루미늄 합금 is a commercially pure 1xxx-series material recognized for its high electrical conductivity and corrosion resistance. Its high aluminum content with minimal alloying elements gives it excellent ductility and a bright, reflective finish. These traits make it a popular choice across electronics, construction, and general engineering.
1060 합금 알루미늄의 기초 살펴보기
1060 is chosen where corrosion resistance, electrical conductivity, and ease of fabrication matter most. It is a mainstay from electronics to construction because of its adaptability.
The alloy’s aluminum content typically exceeds 99.6%, making it one of the purest forms of commercially available aluminum. That purity delivers high ductility, excellent weldability, and a bright, reflective surface.
1060 합금 알루미늄의 정의
1060 is often called a pure aluminum alloy because its aluminum content typically exceeds 99.6%. This purity sets it apart within the 1xxx series and gives it exceptional malleability for processes such as deep drawing and spinning.
Beyond formability, 1060 resists corrosion through its naturally forming oxide layer, which shields against atmospheric and industrial agents. Its high electrical and thermal conductivity also makes it a sought-after material for electrical and heat-transfer systems.
These properties make 1060 useful across many sectors, from household items to industrial components.
주요 특징 및 이점
1060 resists corrosion thanks to a protective oxide film that shields the metal from moisture and other harmful substances. This increases durability in service.
1060 also conducts heat well, which benefits heat sinks and exchangers. It is easily malleable, allowing complex designs while keeping enough strength for moderate-duty parts. This makes it popular in automotive and other formed components.
What Is 1060 Aluminum Alloy Used For?
Thanks to its electrical conductivity, 1060 is a strong candidate for 전기 애플리케이션. It is widely used for conductors, busbars, and components where efficient current flow and low energy loss matter.
1060 is also widely used 식품 산업에서. Its non-toxic nature and corrosion resistance make it suitable for containers that store and preserve food products.
Another major use is 열 교환기. Its high thermal conductivity helps maximize heat-transfer efficiency in HVAC systems, chemical processing, and similar equipment.
1060 알루미늄의 화학 성분
1060 is composed primarily of aluminum, typically over 99.6%, which is why it shows such high corrosion resistance, conductivity, and formability. Trace elements are tightly controlled to preserve these benefits while aiding machinability.
| 요소 | 백분율(대략적인 수치) |
|---|---|
| 알루미늄(Al) | 99.6% |
| 실리콘(Si) | 0.25% |
| 철(Fe) | 0.25% |
| 구리(Cu) | 0.05% |
참고: 나머지 성분은 미량의 망간, 마그네슘, 아연, 티타늄으로 구성되어 있습니다.
1060 알루미늄의 물리적 특성
1060 has a low density of about 2.71 g/cm3, which keeps parts light and helps reduce transport and fuel costs. Its light weight is one reason it is common in large surface-area parts.
It conducts heat efficiently at about 229 W/m*K, making it effective for heat sinks and thermal management. Its tensile strength is modest, around 90-110 MPa, but adequate for the low-stress forming and conductivity roles it is chosen for.
다른 알루미늄 합금과의 비교
Understanding how 1060 compares with other alloys helps you select the right material. Below we compare 1060 with 1100, 6061, and 5052 to show where each fits.
1060 대 1100 알루미늄
The table below compares 1060 with 1100 알루미늄.
Both are nearly pure aluminum, so they behave similarly. 1100 is slightly stronger and a bit more ductile before breaking, and it conducts heat and electricity marginally better. Both resist corrosion well. For jobs needing good formability and corrosion resistance without high strength, either can often be used.
| 속성 | 1060 알루미늄 | 1100 알루미늄 |
|---|---|---|
| 밀도 | 2.71 g/cm3 | 2.71 g/cm3 |
| 인장 강도 | 90-110 MPa | 95-125 MPa |
| 수율 강도 | 35 MPa | 40 MPa |
| 휴식 시 신장 | 20-40% | 25-45% |
| 열 전도성 | 229 W/m*K | 237 W/m*K |
| 전기 전도성 | 59% IACS | 60% IACS |
| 내식성 | 우수 | 우수 |
1060 대 6061 알루미늄
The table below compares 1060 with 6061 알루미늄.
| 속성 | 1060 알루미늄 | 6061 알루미늄 |
|---|---|---|
| 밀도 | 2.71 g/cm3 | 2.70 g/cm3 |
| 인장 강도 | 낮음(90-110MPa) | 더 높음(290~310MPa) |
| 수율 강도 | 훨씬 낮은 압력(35MPa) | 훨씬 더 높음(240MPa) |
| 휴식 시 신장 | 더 높음(20-40%) | 하단(12-20%) |
| 열 전도성 | Higher (229 W/m*K) | Lower (151-167 W/m*K) |
| 전기 전도성 | 더 높음(59% IACS) | 하단(40% IACS) |
| 내식성 | 우수 | Good |
1060 is softer and weaker than 6061 but stretches far more before breaking. 1060 also moves heat and electricity better and resists corrosion more strongly. Choose 6061 when you need strength and stiffness; choose 1060 when you need formability and corrosion resistance.
1060 대 5052 알루미늄
The table below compares 1060 with 5052 알루미늄.
| 속성 | 1060 알루미늄 | 5052 알루미늄 |
|---|---|---|
| 밀도 | 2.71 g/cm3 | 2.68 g/cm3 |
| 인장 강도 | 낮음(90-110MPa) | 더 높음(210-260 MPa) |
| 수율 강도 | 훨씬 낮은 압력(35MPa) | 더 높음(130MPa) |
| 휴식 시 신장 | 더 높음(20-40%) | 하단(6-12%) |
| 열 전도성 | Higher (229 W/m*K) | Lower (138 W/m*K) |
| 전기 전도성 | 더 높음(59% IACS) | 하단(34% IACS) |
| 내식성 | Good | 우수 |
1060 is softer and weaker than 5052 but bends and stretches more before breaking, and it moves heat and electricity more easily. 5052 is stronger and resists corrosion better, especially in salty environments. Use 1060 when you need easy forming and conductivity; use 5052 when you need strength and marine-grade corrosion resistance.
결론
1060 aluminum is an excellent choice when you need high purity, strong corrosion resistance, high electrical and thermal conductivity, and easy formability. Its main trade-off is low strength and the fact that it is non-heat-treatable, so it is not suited to high-stress or load-bearing structures.
For buyers who need 1060 in exact forms and tempers, Linsy Aluminum is a Shenzhen-based factory with 20+ years of experience across the 1000-8000 series. We provide factory-direct supply, in-stock inventory, and low-MOQ custom production with lead times of 10-60 days. Every order ships with an MTC, and SGS test reports are available on request. Our in-house services include CNC machining, TIG and MIG welding, laser cutting, and surface finishing such as anodizing and powder coating.
Contact Linsy Aluminum today to discuss your 1060 aluminum requirements and request a quote.
자주 묻는 질문
1060 합금 알루미늄은 다른 알루미늄 합금과 비교했을 때 어떤 차이가 있나요?
1060 belongs to the 1xxx series and stands out for its high electrical and thermal conductivity plus corrosion resistance. Its main limitation is lower strength than 5xxx and 6xxx alloys, so it fits applications where conductivity and formability matter more than load capacity.
제조에 1060 합금 알루미늄을 사용하면 어떤 이점이 있나요?
1060’s high electrical conductivity makes it ideal for electrical components, and its excellent formability supports intricate designs. Its good workability also simplifies bending, spinning, and stamping processes.
1060 합금 알루미늄을 사용할 때 단점이나 한계가 있나요?
A key limitation is its low strength, which restricts it to non-structural uses. It is also not heat-treatable, so it cannot be strengthened by heat treatment. Avoid 1060 for chemical equipment handling strong acids or alkalis.
Is 1060 aluminum weldable, and which methods work best?
Yes. 1060 has excellent weldability and is commonly joined by TIG (GTAW) and MIG (GMAW) welding. Its high purity gives a low risk of weld cracking, which makes it a good choice for fabrications such as busbars and enclosures.
Can 1060 aluminum be used outdoors or in marine environments?
1060 resists general atmospheric corrosion well, so it works for many outdoor and architectural uses. In salty or marine environments, however, 5052 offers better corrosion resistance and is the better choice where seawater exposure is a concern.
