Penerangan
Spinning aluminium circle is an aluminum product manufactured by spinning process and has a wide range of applications.
The spinning process is a metal processing method. Through the rotation and pressure of the spinning machine, the aluminum alloy material is gradually deformed under the action of the mold, and finally the required shape is obtained.
Aluminum circle are widely used in electronics, daily chemicals, ubat, culture, education and auto parts. Electrical appliances, penebat, machinery manufacturing, kereta, aeroangkasa, military industry, molds, pembinaan, printing and other industries.
Spinning aluminium circles has many advantages, such as efficiency, precision and economy. Since the aluminum alloy material itself has the characteristics of light weight, kekuatan tinggi, and corrosion resistance, spinning aluminum circles can meet the needs of material performance in various fields.
In the field of automobile manufacturing, spinning aluminium circles can be used to manufacture automobile bodies, pintu, roofs and other parts, helping to achieve the goals of automobile weight reduction, energy conservation and environmental protection.
In the aerospace field, spinning aluminium circles can be used to manufacture parts such as aircraft fuselages and airfoils, and have good mechanical properties and corrosion resistance.
Sebagai tambahan, in the construction field, spinning aluminium circles can be used to manufacture doors, windows, dinding langsir, balconies and other building components to meet the building’s material performance and appearance requirements.
The material producing Aluminum discs need to have good tensile properties, oxidation resistance, mechanical strength, thermal conductivity and good processing properties.
At present, in terms of material selection of aluminum discs, aluminum alloy has become the mainstream choice. It is superior in mechanical properties and stamping processing and is widely used.
Commonly used aluminum alloys include 1050, 1060, 6061, 7075, dan lain-lain. Sebagai tambahan, there are additives such as Mg, dan, Zn, dan lain-lain. to improve the strength and corrosion resistance of aluminum alloys.
The rolling method is one of the main methods for producing aluminum discs. The principle of sheeting is to process the aluminum alloy billet in a hot state through multiple processes such as heating, rolling, and stretching.
aluminium circle
The stretching method is to stretch aluminum alloy blanks through a series of mechanical devices to produce aluminum discs. This method has a short process flow and high production efficiency, and is suitable for producing wafers of various specifications.
The casting method uses molten aluminum as raw material and produces aluminum discs through centrifugal pouring or die casting.
Aluminum disc or bulatan aluminium, also called aluminum wafers have a variety of surface treatment methods to improve their brightness, rintangan kakisan, wear resistance, dan lain-lain. Currently, oxidation, semburan, dan lain-lain. are commonly used.
Saiz kepingan aluminium
aloi:1050, 1060, 1070, 1100, 3002, 3003, 3004, 5052, 5754, 6061 dan lain-lain.
Temper: yang, H12, H14, H16, H18
ketebalan:0.012″ – 0.39″ (0.3mm – 10mm)
Diameter:0.79″ – 47.3″ (20mm -1200mm)
permukaan: Polished, Bright, Anodized
gegelung ibu: CC atau DC
Berat: Kira-kira 2mt setiap palet untuk saiz umum
MOQ: 5tan setiap saiz
Perlindungan: kertas antara lapisan, filem putih, filem biru, filem hitam putih, filem terikat mikro, mengikut keperluan anda.
permukaan: bersih dan licin, tiada bintik terang, kakisan, minyak, berlubang, dan lain-lain.
Produk standard: GBT3880, JIS4000, EN485, ASTM-B209
Masa penghantaran: kira-kira 30 hari selepas menerima deposit
1050 Aluminum Circle and 1100 Cakera Aluminium: A Comprehensive Guide
Aluminum circles and discs are essential materials used in various industries due to their excellent properties such as lightweight, rintangan kakisan, and high thermal and electrical conductivity.
Among the many types of aluminum alloys available, yang 1050 dan 1100 series are popular choices for producing circles and discs due to their versatility and performance. In this comprehensive guide, we will explore the characteristics, uses, and benefits of 1050 aluminum circle and 1100 cakera aluminium.
1050 Bulatan Aluminium:
1050 aluminum is a commercially pure aluminum alloy with excellent formability, ketahanan kakisan yang tinggi, and good electrical conductivity.
It is widely used in the manufacturing of cookware, utensils, lighting reflectors, papan tanda timbul, and various other applications that require a high level of formability and corrosion resistance.
1050 aluminum circles are produced by stamping or spinning processes to create discs of various diameters and thicknesses.
Key features of 1050 aluminum circle include:
1. Excellent formability: 1050 aluminum is highly malleable and can be easily formed into complex shapes without cracking or breaking, making it ideal for applications that require intricate designs.
2. Corrosion resistance: The pure aluminum content in 1050 alloy provides excellent resistance to corrosion in various environments, ensuring long-term durability and reliability.
3. High thermal conductivity: 1050 aluminum has a high thermal conductivity, making it suitable for applications requiring efficient heat transfer, such as cookware and heat exchangers.
4. Electrical conductivity: This alloy also exhibits good electrical conductivity, making it suitable for electrical applications such as transformers and capacitors.
1100 Cakera Aluminium:
1100 aluminum is another commercially pure aluminum alloy known for its excellent weldability, rintangan kakisan, and high thermal and electrical conductivity.
1100 aluminum discs are widely used in the production of cookware, traffic signs, lamp housings, and various other applications that require a combination of formability and strength. The discs are typically produced through cutting or stamping processes to achieve the desired dimensions and surface finish.
Key features of 1100 aluminum disc include:
1. Weldability: 1100 aluminum exhibits excellent weldability, allowing for easy joining with other aluminum alloys or dissimilar materials using various welding techniques.
2. Corrosion resistance: Similar to 1050 aluminium, 1100 alloy offers good corrosion resistance, making it suitable for outdoor applications or environments with exposure to moisture.
3. High reflectivity: 1100 aluminum has a high reflectivity, making it an ideal choice for applications requiring reflective surfaces, such as lighting fixtures and solar panels.
4. Tidak boleh dirawat dengan haba: 1100 aluminum is a non-heat treatable alloy, meaning its mechanical properties are primarily determined by its composition and processing rather than heat treatment.
In conclusion, 1050 aluminum circle and 1100 aluminum disc are versatile materials with unique properties that make them suitable for a wide range of applications in various industries.
Whether you need formability, rintangan kakisan, high thermal conductivity, or electrical conductivity, these aluminum alloys offer practical solutions for your manufacturing needs. Consider utilizing 1050 aluminum circle and 1100 aluminum disc for your next project to benefit from their outstanding performance and reliability.
Aluminum Discs Normally belongs to 1000 series aluminum circle. Bulatan aluminium is the one of the deep-processing products of the aluminum sheet plate.
Aluminum Disk Discs has single production process and high-cost performance. It is commonly used in aluminum plate and tape series.
1060 Aluminum alloy has good elongation, tensile strength, rintangan kakisan, good heat dissipation effect and good formability. It can meet the requirements of conventional processing.
Bulatan Aluminium is mainly used for general commercial and industrial uses, like the capacitor case, toothpaste case, medical tubes, kitchen ware, spray bottle, cosmetic case and glue tube case, road sign, alat memasak, periuk, pan, decorating and so on.
With high quality casting and rolling coils or hot-rolled coils as raw materials, it goes through different cold rolling deformation. slitting, annealing and finally stamping into an aluminum disc, then packaging for delivery
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