Ordinary aluminum foil containers are widely used in barbecue, baking, heating, freezing, aviation, hotel catering, etc., and have been recognized in the market for a long time. However, the existing aluminum foil containers generally have the problems of light weight, thin material, insufficient stiffness, and insufficient firmness. The existing solution is to increase the thickness of the raw materials to meet the requirements, which will greatly increase the cost of raw materials and increase the use of Aluminum material leads to the problem of energy saving and environmental protection.
Therefore, the existing technology still needs to be improved and developed. Technical realization elements: The purpose of the present invention is to provide an aluminum foil container, an aluminum foil embossing machine, and an aluminum foil container production line and production process, aiming to solve how to improve the stiffness and firmness of the aluminum foil container without increasing the thickness of the raw material of the aluminum foil.
The technical solution of the present invention is as follows: an aluminum foil container, including an aluminum foil container body, the aluminum foil container body is made of an aluminum foil material with a thickness of 0.03mm-0.2mm, and the aluminum foil material is provided with embossed lines; wherein, the aluminum foil The embossed texture protruding value of the material is 30%-160% of the thickness of the aluminum foil material, the embossed texture coverage area of the aluminum foil material accounts for 10%-60% of the surface area of the aluminum foil material, and the line width of the embossed texture of the aluminum foil material is controlled at 0.1 Between mm-0.7mm. In the aluminum foil container, the embossed pattern protrusion value of the aluminum foil material is 70%-110% of the thickness value of the aluminum foil material. In the aluminum foil container, the embossing pattern of the aluminum foil material has a protruding value between 0.043mm and 0.215mm.
In the aluminum foil container, the type of the embossed pattern is a dot-like embossing pattern, a linear embossing pattern, or a dot-line combined embossing pattern. A process for producing an aluminum foil container as described in any one of the above, which specifically includes the following steps: step s1: oiling the aluminum foil material; step s2: embossing the oiled aluminum foil material; Step s3: stamping the embossed aluminum foil material through a die to obtain an aluminum foil container; wherein, the thickness of the aluminum foil material is 0.03 mm to 0.2 mm, and after the aluminum foil material is embossed, the protrusion value of the embossed texture of the aluminum foil material It is 30%-160% of the thickness of the aluminum foil material. The embossed texture coverage area of the aluminum foil material accounts for 10% to 60% of the surface area of the aluminum foil material. The line width of the embossed texture of the aluminum foil material is controlled between 0.1mm and 0.7mm. An aluminum foil embossing machine, which includes a frame supporting the entire structure; an upper pressing roller and a lower pressing roller arranged in the frame; the upper pressing roller is pressed down with the lower pressing roller to emboss the aluminum foil material ; Among them, the thickness of the aluminum foil material is 0.03mm ~ 0.2mm, after the aluminum foil material is embossed, the embossed texture of the aluminum foil material is 30%-160% of the thickness of the aluminum foil material, and the embossed texture of the aluminum foil material is covered.
The area accounts for 10% to 60% of the surface area of the aluminum foil material, and the line width of the embossed pattern of the aluminum foil material is controlled between 0.1mm and 0.7mm. In the aluminum foil embossing machine, the embossing width of each embossing of the aluminum foil embossing machine is between 400mm and 1000mm. The aluminum foil embossing machine, wherein the aluminum foil material wraps the upper pressing roller and the lower pressing roller in an s-shaped threading method, and the aluminum foil material enters the aluminum foil embossing machine from the feeding end, and passes through the upper end of the upper pressing roller and the upper pressing roller. The lower end of the pressure roller, the upper end of the lower pressure roller and the lower end of the lower pressure roller, the aluminum foil material wraps the upper pressure roller from the upper end of the upper pressure roller to the lower end of the upper pressure roller, from the upper end of the lower pressure roller and the lower end of the lower pressure roller. The lower pressing roll is wrapped, and finally leaves the foil embossing machine from the discharge end. In the aluminum foil embossing machine, the diameters of the upper pressing roller and the lower pressing roller are between 200 and 205 mm. An aluminum foil container production line, wherein, according to the conveying direction of the aluminum foil material, it includes: an automatic feeding oiler, an aluminum foil embossing machine according to any one of the above, an automatic aluminum foil container pressure forming machine and an automatic collecting machine. Beneficial effects of the present invention: the present invention provides an aluminum foil container, an aluminum foil embossing machine, an aluminum foil container production line and a production process, and by providing embossed lines on the aluminum foil container, the thickness of the aluminum foil container after embossing is greatly increased, thereby Increase the rigidity and durability of the embossed aluminum foil container; the aluminum foil container with embossed texture will make it stiffer than the container without embossing due to the support of the texture; the anti-skid property is increased, which is easier to pick and place; anti-deformation Increased resistance and more wear resistance; the secondary use of aluminum foil containers for dry foods has become a reality, which is more environmentally friendly and energy-saving; and in extreme cases, the penetration resistance of the container is increased by more than 26% compared to the container without embossing.
