Aluminum round disks are mainly used to make various aluminum products, such as kitchenware items (e.g. non-stick cookware, pressure cookers, etc.), hardware items (e.g. lampshades, water heater housings, stretching tanks, etc.), as well as accessories required by the automotive, electrical appliances, thermal insulation, and machinery manufacturing industries. Aluminium round disks are available in a variety of specifications, including different coil widths, thicknesses and weights, as well as different drop diameters. In the production process, aluminum round discs need to go through process steps such as cutting and punching, and also need to pay attention to their surface quality and dimensional accuracy. In order to improve the production efficiency and quality, some advanced processing equipments and technologies are widely used in the production of aluminum discs.
The alloy states of aluminum round disks mainly include but not limited to 1060, 1100, 3003, 5052, etc., while the states may include H24, H22, O, H18, etc.. The selection of these alloys and states depends on the specific use and application environment of the aluminum round disc. Aluminum round circle are usually available in thicknesses ranging from 0.4mm to 10mm, and diameters may range from Φ100mm to Φ1250mm These specifications are not absolute, and specific thicknesses and diameters can be customized and processed according to customer needs. Aluminum disk surface performance is good, to ensure that there are no obvious scratches, oil, oxidation, black spots, etc., thickness greater than 1.0 mm, to ensure that the finished edge is neat and burr-free. Good control of the coil grain size and elongation in the early stage ensures the excellent deep-drawn and spinning performance of the discs, effectively avoiding the undesirable phenomena such as drawing lines, ruffled edges and high ear-making rate that may occur in the later processing.
Generally speaking, aluminum round disks are available in various alloy states, thicknesses and diameters, which can meet the needs of different fields. At the same time, its excellent surface properties and processing performance also makes the aluminum circle in the application of high reliability and stability.