Aluminum products can be seen everywhere in life. The economic applicability of aluminum and aluminum alloys is recognized by more and more people, and the market demand continues to increase. 1060 aluminum coil is a commonly used product in the aluminum strip series, which can be widely used in many fields such as automobiles, electronic appliances, machinery, instruments, and meters.
The aluminum content of the 1060 aluminum coil reaches 99.6%. It belongs to industrial pure aluminum with high plasticity, corrosion resistance, electrical conductivity, and thermal conductivity. It can be welded by gas welding, hydrogen atom welding, and contact welding. It is not suitable for brazing; it is easy to withstand various pressure processing, stretching, and bending.
There are many processing methods for 1060 aluminum coil during use. Stamping and stretching are more common. Stamping is mainly formed by pressing with the help of pressure. Generally, the stretched aluminum sheet should not be too hard. If it is too hard, it will burst. 1060 aluminum coil has good elongation and tensile strength and can meet the conventional processing requirements (stamping, stretching), with high formability.
There is no unified pricing for the 1060 aluminum coil. The specific price is 1 ton. It depends on the strength of the manufacturer, product specifications, and market conditions. There are certain differences in the strength, technical level, and choice of raw materials of each manufacturer, the product specifications, and the quotation. Besides the 1060 aluminum coil, other products like the 1060 aluminum sheet would be affected by the same factors.
As a direct-supply aluminum coil manufacturer, Lichen has an outstanding price advantage. The company has many years of production experience, strict selection of raw materials, a high technical level, strict control of every link in the production process, and layered quality inspections to ensure product quality. Lichen products are well received by users for their excellent quality.