Aluminium Circle For Pan

The aluminium circle for pan with grade of 1050, 1060, 1100 and 3003 are welcomed by cookware manufacturing enterprise. The thermal conductivity of iron non-stick pan is not as good as aluminum non-stick pan, and the non-stick effect of iron non-stick pan is not as good as aluminum non-stick pan. In order to give consumers a better experience, the cookware factory will give priority to designing non-stick aluminum pans. In fact, this kind of aluminum is not pure aluminum, but aluminum alloy, which can make the amount of aluminum in food as little as possible. Do not use it after the coating has dropped. In addition, the current advanced technology is to modify the coating to increase its wettability, so that it can adapt to more metal materials, rather than metal materials to adapt to the coating.

HC Aluminum is a manufacturer of aluminium circle for pan, and the product is recognized by our customers. Besides of non stick pans, frying pans, the aluminum circle is also applied to process other cooking utensils, like pressure cooker, rice cooker, pots, kettle and so on. The pan produce by aluminum circle for cookware have the performance advantages of:

1, The aluminum alloy frying pan has a thin bottom, good heat transfer, and non-stick pan, which saves fuel and time. Aluminum alloy materials are relatively cheap.

2, It is recommended to use aluminum cooking utensils with notification, except for iron pots and casseroles, stainless steel cooking utensils are used. Because stainless steel products have stable metal properties and are harmless to the human body.

The aluminium circle for pan must be anodized after forming to form a very dense oxide film on the surface of the aluminum alloy. Although the thickness of the film is not large, it is in the range of 10-20 microns, but its hardness is relatively high. As long as you use bamboo, wood or plastic rice shovel, the aluminum oxide film will not be damaged. If a metal spatula with flat and smooth ends is used, as long as it is not difficult to scratch, there will be no major problems and will not cause aluminum to dissolve or fall. If the oxide film is destroyed, because aluminum is an extremely active element, it will be immediately oxidized in the air to form a hard aluminum oxide film, thereby protecting the aluminum body from continued oxidation and playing a good protective role.