1050 Aluminium Strip Features

Det 1050 aluminiumsbånd er kendt for sine fremragende egenskaber, der gør det velegnet til en lang række applikationer. Her er nogle af dens vigtigste egenskaber:

• High Electrical Conductivity: It’s often used in the electrical and chemical industries due to its high electrical conductivity.
• Korrosionsbestandighed: Offers excellent resistance to corrosion, making it ideal for use in environments where it may be exposed to the elements.
• High Ductility: Its high ductility allows it to be easily formed and used for various applications.
• Highly Reflective Finish: The reflective surface is beneficial for applications such as lamp reflectors.
• Moderate Strength: While it’s not the strongest of aluminium alloys, it provides sufficient strength for general sheet metal work.
• Good Workability: It can be easily cold worked, which is great for manufacturing processes.
• Svejsbarhed: It has excellent weldability with certain filler wires, making it versatile for fabrication.

Disse egenskaber gør 1050 aluminium strip a versatile material used in many industries, including construction, decoration, and radiator manufacturing. It’s also used for food industry containers, architectural flashings, and cable sheathing.

Kemisk sammensætning af 1050 Aluminium

Here’s the chemical composition of 1050 aluminium in a tabular format:

This composition makes 1050 aluminium highly ductile, rustfri, and conductive.

Performance of 1050 Aluminum Strips

Mekaniske egenskaber af 1050 Aluminiumsbånd

the mechanical properties for 1050 aluminum in different tempers (Specific data comes from the authoritative website Matweb):

Please note that the values are typical and provided by the Aluminum Association, Inc. They are not intended for design purposes. The hardness values are given in Brinell hardness, which is measured with a 500 kg load and a 10 mm kugle. Tensile strength and shear strength are given in MPa (Megapascals), and elongation at break is given as a percentage. The tensile modulus and shear modulus are given in GPa (Gigapascals).

1050 Aluminium Strips Electrical Conductivity

here is a table summarizing the electrical conductivity of 1050 aluminum strips in different tempers. The electrical resistivity is given in ohm-cm, and the International Annealed Copper Standard (IACS) values are calculated for each temper.

Please note that the IACS values are approximate and are calculated using the formula:

IACS=(1Resistivity of the material)×100IACS=(Resistivity of the material1,)×100

The resistivity of annealed copper is taken as the reference with a value of 0.00000673 ohm-cm at 20°C, which is assigned an IACS value of 100. The calculated IACS values for the 1050 aluminum tempers are based on their respective resistivities provided in the datasheets.

The IACS values for the 1050 aluminum tempers indicate that they have lower electrical conductivity compared to copper, which is consistent with aluminum’s position in the conductivity series. The slight variations in resistivity and the corresponding IACS values between the different tempers reflect the changes in the material’s microstructure due to the various heat treatments and cold working processes.

1050 Aluminium Strips Thermal Conductivity

The thermal conductivity of 1050 aluminum strips in different tempers, as provided in the datasheets from the links you’ve shared, is summarized in the table below. The thermal conductivity values are given in W/m-K (Watts per meter-Kelvin), which is a measure of a material’s ability to conduct heat.

The thermal conductivity values for 1050-O and 1050-H14 through 1050-H18 are quite similar, with a slight variation between 227 og 231 W/m-K. This indicates that the different tempers of 1050 aluminum have a relatively consistent ability to conduct heat, which is an important property for applications where thermal management is a consideration.

It’s important to note that the thermal conductivity can be influenced by several factors, including temperature, material processing, and the presence of impurities or other alloying elements. The values provided here are typical and may vary depending on the specific manufacturing process and the conditions under which the material is used.

Tolerances for 1050 Aluminium strips

Here is a table with the tolerances for 1050 aluminum strips, including the corresponding inch conversions:

Please note that the inch conversions are based on the approximate conversion factor of 1 inch = 25.4 mm. The flatness tolerance is not provided with specific values because it varies with the dimensions of the material and is typically measured using a bow gauge, which measures the deviation from a flat surface over a specified length. This tolerance must be discussed and specified with the supplier to meet the particular requirements of the application.

1050 Aluminum Strip Applications and Specifications

General Uses of 1050 Aluminiumsbånd

Det 1050 aluminiumsbånd er et alsidigt materiale, der bruges på tværs af forskellige industrier på grund af dets egenskaber. Her er nogle almindelige applikationer:

• Daglige fornødenheder
• Belysningsarmaturer
• Reflekterende paneler
• Dekorationer
• Beholdere til kemisk industri
• Varmeafledere
• Tegn
• Elektronik
• Lamper
• Navneskilte
• Elektriske apparater
• Stempling dele

Denne aluminiumsstrimmel er særlig fordelagtig i applikationer, der kræver høj korrosionsbestandighed og formbarhed uden behov for høj styrke, såsom i kemisk udstyr.

1050 Aluminiumsliste til transformatorvikling

Det 1050 aluminiumsbånd er foretrukket til transformerviklinger på grund af dets:

• Høj elektrisk og termisk ledningsevne (rundt regnet 62% IACS)
• Let vægt
• Korrosionsbestandighed

Disse egenskaber gør den velegnet til vægtfølsomme transformatorapplikationer og sikrer en længere levetid på grund af dens modstandsdygtighed over for korrosion.

Specifikationer for transformervikling

• Legering: 1050
• Tykkelse: Som krævet, typisk inden for rækkevidden af ​​transformatorapplikationer
• Bredde: Som krævet, for at passe til viklingsspecifikationerne

1050 Aluminiumsstrimmel til elektrodefolie I produktionen af ​​elektrolytiske kondensatorer, 1050 aluminiumsbånd fungerer som elektrodefolie på grund af dets nødvendige høje overfladefinish og renhed. Det er afgørende for kondensatorens ydeevne, at materialet er fri for urenheder såsom oliepletter og oxidhud.

1050 Aluminiumsliste til kondensator Til kondensatorapplikationer, det 1050 aluminiumslegering er valgt for sin:

• High Electrical Conductivity
• Fremragende formbarhed
• Korrosionsbestandighed
• Lav densitet og let

Dette gør den ideel til husholdningsapparater og køleanlæg.

1050 Aluminiumskompositpanel (ACP) Det 1050 ACP er et sandwichpanel, der bruges til bygningsdekoration, tilbyder æstetik og holdbarhed. Det er lavet ved at lime to aluminiumspaneler med et kernemateriale, som kan være polyethylen, polyurethan, eller en ildfast mineralsk kerne.

Det 1050 ACP er populær i byggebranchen for sin alsidighed i farver, afsluttes, og størrelser, giver mulighed for brugerdefinerede designs til forskellige projekter. Det bruges i bygningsbeklædning, skiltning, og indretning.

Faktorer at overveje, når du vælger 1050 Aluminiumsstrimmel til din applikation

Når du vælger en 1050 Aluminiumsstrimmel til din applikation, her er nogle nøglefaktorer at overveje:

• Kemisk sammensætning: Sørg for, at legeringens sammensætning opfylder dit projekts krav.
• Korrosionsbestandighed: Vurder miljøet, hvori aluminiumsstrimlen skal bruges for at sikre tilstrækkelig modstand.
• Formbarhed: Overvej den lethed, hvormed materialet kan formes og formes til din specifikke anvendelse.
• Svejsbarhed: Hvis dit projekt kræver svejsning, kontrollere, at 1050 legering er velegnet til de svejseteknikker, du planlægger at bruge.
• Styrke og holdbarhed: Assess the mechanical properties to ensure it can withstand the stresses of your application.
• Koste: Factor in the price of the alloy and how it fits into your budget.

Derudover, the temper of the aluminum strip, such as H14 for half hard, can affect its properties and suitability for certain applications, like chemical process plant equipment or food industry containers.

For a comprehensive understanding of how 1050 Aluminum Strip can meet your needs, it’s best to consult with a materials specialist or the supplier. They can provide detailed information on the alloy’s properties and its potential uses in various industries.