Aluminum sheet circle product
Aluminum sheet is the raw material for making aluminum circles. 알루미늄 시트를 압출 및 압연하여 필요한 두께와 모양을 얻습니다.. 알루미늄 플레이트와 디스크는 두께와 특성 면에서 많은 유사점을 가지고 있습니다..
현대 산업 생산 및 가공을 위한 가장 중요한 재료 중 하나, aluminum discs are widely used in various industries, including construction, 항공우주, automobile manufacturing, 전자 제품 및 기타 산업. There are many ways to make aluminum sheet circles, including rolling, drawing, casting, 등.
Aluminum sheet circle rolling process
There are many ways to make aluminum discs, and rolling is one of the common ways.
Aluminum sheet circle rolling method
The principle of the rolling method is to process the aluminum alloy billet in a hot state through multiple processes such as heating, rolling, and stretching.
① Raw material preparation: The production of aluminum discs usually uses aluminum alloy billets or molten aluminum as raw materials, and is extruded or cast.
②Heating: Heating the aluminum alloy billet to a suitable temperature (usually between 450℃-550℃) to improve its plasticity and reduce its strength.
③Rolling: The heated aluminum alloy billet is rolled on the wheel track of the rolling machine, plastically deformed and the wheel is used to form the required thickness, thereby forming the shape of the aluminum disc.
④ Stretching: Stretch the aluminum discs that have been produced through stretching equipment to improve its microstructure and increase its strength and plasticity.
⑤ Cooling, cutting, and inspection: The processed aluminum discs are subjected to process steps such as cooling, cutting, and inspection to ensure their quality.
Aluminum sheet circle stretching process
The stretching method is to stretch aluminum alloy blanks through a series of mechanical devices.
into aluminum discs. This method has a short process flow, high production efficiency, and is suitable for production
Various specifications of discs.
Raw material preparation: The production of aluminum wafers usually uses aluminum alloy billet or molten aluminum.
Raw material, extruded or cast.
Heating: Heating the aluminum alloy billet to the appropriate temperature (usually Between 450℃-550℃) to improve its plasticity and reduce its strength.
Stretching: The heated aluminum alloy billet is stretched through the stretching equipment.
Stretching, plastic deformation during the stretching process, thereby forming the shape of the aluminum disc.
Cooling, cutting and inspection: Cool the processed aluminum discs,
Cutting, inspection and other process steps to ensure its quality.
Aluminum circle alloy specification
Aluminum sheet circle 1050 alloy
1050 알루미늄 디스크 is a special type of aluminum disc made of aluminum alloy 1050, a commercially pure aluminum alloy. Aluminum sheet circle is known for its excellent corrosion resistance, high thermal conductivity and good processability. Widely used in cookware, kitchen utensils, lighting reflectors, signs, traffic signs and other decorations.
Aluminum sheet circle 1060 alloy
합금 1060 알루미늄 서클 disc is also a commercially pure aluminum alloy, similar to 1050 alloy, containing 99.6% aluminum and containing trace amounts of other elements. Like Aluminum disc 1050, it is known for its high corrosion resistance and excellent formability.
Aluminum sheet circle 1100 alloy
Aluminum discs made from 1100 alloy are another common type of aluminum discs. Is a commercial pure aluminum alloy, similar to 1050 그리고 1060 alloy discs, 1100 알루미늄 서클 has high corrosion resistance, excellent formability and high thermal conductivity. 알류미늄 1100 can be used in cookware, kitchen appliances, lighting reflectors, signage and decorative applications.
Aluminum sheet circle 3003 alloy
합금 3003 알루미늄 서클 is a non-heat treatable alloy mainly composed of aluminum, manganese and small amounts of other elements. Aluminum circle 3003 typically contains about 98% aluminum and 1-1.5% manganese. 3003 aluminum disc offers excellent formability, corrosion resistance and moderate strength.
Aluminum sheet circle 3004 alloy
Aluminum circle Alloy 3004 is a non-heat treatable alloy consisting primarily of aluminum, manganese and small amounts of other elements. Contains approximately 97.7% aluminum, 1% manganese, 그리고 1.3% 마그네슘. It has good formability, medium strength and excellent corrosion resistance . The manufacturing process of 3004 aluminum discs is similar to other aluminum discs. Can be used in a variety of industries including cookware, kitchen appliances, automotive parts and other uses requiring corrosion resistance, formability and moderate strength.