Parameters Double bright side Alloy: 3003, 8011 etc Temper: O ( HO ), H22, H24 etc Thickness: 20 micron, 200 micron etc Width: 100mm, 600mm etc
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 ...
Aluminium foil general parameters for transformers Alloy 1050/1060/1070/1350 Aluminium foil for transformer Temper 0 Thickness 0.2--4mm Width 20-1650mm Thickness deviation 76 The width of the deviation 500 Thickness tolerance ≦5 Brightness L ≦60 wettability Class A (Brush test) Tensile strength(Mpa) At customer's request Elongation δ% （Scaling i ...
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 alumin ...
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
Cast-rolled aluminum foil production process Aluminum liquid, aluminum ingot -> Smelt -> Continuous roll casting -> Winding -> Cast roll finished product Plain foil production process Plain foil -> Cast-rolled coil -> Cold rolled -> Foil rolling -> Slitting -> Annealing -> Plain foil finished product The manufacture of aluminum foil is similar to making pasta at home. A large b ...
Aluminum foil pinhole has two main factors, one is the material, the other is the processing method. 1. Improper material and chemical composition will lead to a direct impact on the pinhole content of fake aluminum foil Fe and Si. Fe>2.5, Al and Fe intermetallic compounds tend to form coarse. Aluminum foil is prone to pinhole when calendering, Fe and Si will interact to form a firm compound. The number of ...
Aluminum foil has a clean, hygienic and shiny appearance. It can be integrated with many other packaging materials into an integrated packaging material, and the surface printing effect of aluminum foil is better than other materials. In addition, aluminum foil has the following characteristics: (1) The surface of the aluminum foil is extremely clean and hygienic, and no bacteria or microorganisms can grow on ...
Since aluminum foil has shiny and matte sides, most of the resources found on search engines say this: When cooking food wrapped or covered with aluminum foil, the shiny side should face down, facing the food, and the dumb side Glossy side up. This is because the glossy surface is more reflective, so it reflects more radiant heat than matte, making the food easier to cook. Is it really? Let's analyze the heat ...
Aluminum foil rolling produces plastic deformation under the conditions of roll-free rolling. At this time, the rolling mill frame is elastically deformed and the rolls are elastically flattened. When the thickness of the rolled piece reaches a smaller and more limited thickness h. When the rolling pressure has no effect, it is very difficult to make the rolled piece thinner. Usually two pieces of aluminum foi ...
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 ...