Mikä on 1050 alumiinikela?

What is a 1050 aluminium coil grade? “1050 alumiinikela” refers to an aluminum alloy coil whose main component is aluminum, with a purity of at least 99.5%, joka on yleinen tyyppi 1000 sarjan alumiiniseos. Alumiininen kela 1050 has high purity and good properties, 1050 aluminum is commonly used in applications such as electrical components, capacitor housings, cookware, heijastimet, nimikyltit, and various other products that require its properties.

1050 aluminum coil

1050 aluminum coil mechanical properties

Alloy temper	Vetolujuus	Tuottovoima	Pidentymä
1050 O	55 MPa (8,000 psi)	20 MPa (2,900 psi)	30%
1050 H111	65-95MPa	20 MPa (2,900 psi)	22%
1050 H112	65-95MPa	26MPa (3,400 psi)	26%
1050 H14	95 MPa (13,800 psi)	40 MPa (5,800 psi)	12%
1050 H16	115 MPa (16,700 psi)	60 MPa (8,700 psi)	8%
1050 H18	135 MPa (19,600 psi)	115 MPa (16,700 psi)	2%
1050 H24	125 MPa (18,100 psi)	95 MPa (13,800 psi)	10%

Element content of 1050 alumiinikela

Metalliseos	Al	Ja	Fe	Cu	Mn	Mg	Zn	of	muut
1050	99.5	0.25	0.4	0.05	0.05	0.05	0.07	0.05	0.15

1050 aluminum coil characteristics

1050 Aluminum Coil is an aluminum alloy coil known for its specific properties and properties. Has many aluminum alloy properties

1. Korkea puhtaus: 1050 aluminum coil has a minimum aluminum content of 99.5%, making it high in purity and suitable for applications that require excellent electrical conductivity.

2. Sähkönjohtavuus: Due to its high purity, 1050 aluminium coil is an excellent electrical conductor. Suitable for electrical applications such as wires, transformer windings and electrical components.

3. Lämmönjohtokyky: alumiinikela 1050 also has good thermal conductivity and is often used in radiators and heat sinks.

4. Korroosionkestävyys: alumiini 1050 coil still has a reasonable level of corrosion resistance, especially in environments where the corrosion conditions are mild or controlled.

5. Muovattavuus: 1050 aluminum coil has good formability, making it relatively easy to form, bend and shape into various products.

6. Hitsattavuus: Alumiininen kela 1050 is easy to weld using various welding methods, which increases its versatility in the manufacturing process.

7. Anodisointi: 1050 aluminum coil can be anodized to improve its surface hardness, corrosion resistance and beautiful appearance.

8. Low mechanical strength: Compared with some other aluminum alloys, 1050 aluminum coil has low mechanical strength, especially in the annealed (O) state.

9. Light weight: 1050 aluminum coil has low density and light weight.

Viite: wikipedia;

Mitkä ovat sovellukset 1050 aluminium coils

1050 is a more common alloy in the 1xxx series and has a wide range of applications.

1. Electrical industry: 1050 aluminum coils are widely used in the electrical industry due to their excellent electrical conductivity. They are used in transmission lines, conductors, busbars and transformer windings.

2. Heat sinks and heat sink fins: Due to its good thermal conductivity, 1050 aluminium coils are used in the manufacture of heat sinks and heat sink fins to dissipate heat effectively in electronic and cooling applications.

3. Nameplates and Labels: The formability of 1050 aluminum makes it suitable for creating intricate designs and embossed labels. Typically used on nameplates, labels and identification tags.

4. Keittiövälineet: The corrosion resistance and formability of aluminum make aluminum coils 1050 suitable for making cookware, pots, pans and other kitchenware.

5. Arkkitehtoniset sovellukset: 1050 aluminum coils are used in architectural applications such as roofing, sivuraide, and decorative trim because of their light weight, korroosionkestävyys, and ease of forming.

6. Kemianteollisuus: These coils can be used in certain chemical environments, and their corrosion resistance is suitable for specific applications.

7. Capacitor casing: 1050 aluminum coils are used to produce capacitor casings and other electronic components because of their electrical properties.

8. Automotive industry: Although less common, 1050 aluminum coils can be used in certain automotive components that require their specific properties, such as heat exchangers, trims, or electrical connections.