Single zero aluminum foil refers to aluminum foil with a thickness between 0.001mm ( 1 micron ) and 0.01mm ( 10 micron ). Such as 0.001mm ( 1 micron ), 0.002mm ( 2 micron ), 0.003mm ( 3 micron ), 0.004mm ( 4 micron ), 0.005mm ( 5 micron ), 0.006mm ( 6 micron ), 0.007mm ( 7 micron ), 0.008mm ( 8 micron ), 0.009mm ( 9 micron ) Application food container, battery, transformer etc
According to the surface condition, aluminum foil can be divided into one-sided light aluminum foil and two-sided light aluminum foil. Single-sided light aluminum foil: double-rolled aluminum foil, one side is bright after sub-rolling, and one side is black. Such aluminum foil is called one-side light aluminum foil. The thickness of one-sided aluminum foil is usually no more than 0.025mm. Double-sided ...
About us Henan Huawei Aluminum Co., Ltd. is the leader of many aluminum manufactures and suppliers in China. We strictly control the quality and focus on customers. We hope to have in-depth cooperation with you and provide you with high quality aluminum material products custom OEM services. If you want to get the newest and best prices by per kg or per ton standard weight, please contact us. Aluminum foil ...
Parameters Double bright side Alloy: 3003, 8011 etc Temper: O ( HO ), H22, H24 etc Thickness: 20 micron, 200 micron etc Width: 100mm, 600mm etc About us Henan Huawei Aluminum Co., Ltd. is the leader of many aluminum manufactures and suppliers in China. We strictly control the quality and focus on customers. We hope to have in-depth cooperation with you and provide you with high quality al ...
Coiling defects mainly refer to loose, layer channeling, tower shape, warping and so on. Aluminum foil roll during the winding process. Because the tension of aluminum foil is limited, enough tension is the condition to form a certain tension gradient. Therefore, the winding quality ultimately depends on good shape, reasonable process parameters and suitable precision sleeve. It is ideal to obtain tight coils ...
The main alloying elements of 6063 aluminum alloy are magnesium and silicon. It has excellent machining performance, excellent weldability, extrudability, and electroplating performance, good corrosion resistance, toughness, easy polishing, coating, and excellent anodizing effect. It is a typically extruded alloy widely used in construction profiles, irrigation pipes, pipes, poles and vehicle fences, furniture ...
Coated aluminum foil is formed after surface treatment on the basis of non-coated aluminum foil. In addition to the chemical composition, mechanical properties and geometric dimensions required by the above non-coated aluminum foil, it should also have good shape and shape. coating properties. 1. Plate type of aluminum foil: First of all, the production process of coated aluminum foil requires that the alum ...
What is the difference between aluminum foil and tin foil? Can it be used for oven heating? Is aluminum foil toxic when heated? 1. Different properties: Aluminum foil paper is made of metal aluminum or aluminum alloy through rolling equipment, and the thickness is less than 0.025mm. Tin foil is made of metal tin through rolling equipment. 2. The melting point is different: the melting point of aluminum foil ...
Food packaging: Aluminum foil packaging can also be used for food packaging because it is highly malleable: it can easily be converted into flakes and folded, rolled up or wrapped. Aluminum foil completely blocks light and oxygen (resulting in fat oxidation or decay), smell and aroma, moisture and bacteria, and can therefore be widely used in food and pharmaceutical packaging, including long-life packaging (asep ...
Common aluminum foil materials are 8011 aluminum foil and 1235 aluminum foil. The alloys are different. What's the difference? Aluminum foil 1235 aluminum foil is different from 8011 aluminum foil alloy. The process difference lies in the annealing temperature. The annealing temperature of 1235 aluminum foil is lower than that of 8011 aluminum foil, but the annealing time is basically the same. 8011 aluminum foi ...