Aluminum Disc Exporters

HC Aluminum is one of the well known aluminum disc exporters in China who supply 1050, 1060, 1070, 1100, 3003 and 5052 aluminum circles. Among them, the 3003 aluminum disc for cookware is welcomed on the market because of the high performance. In the past, when people cooked food, the food stuck to the bottom of the pot, and the cleaning of the bottom of the pot was annoying. Since the non-stick pot is available, it has become much more convenient to cook and wash the pot. The shape of the non-stick pan is similar to the ordinary pan, but the inside of the non-stick pan is coated with a layer of PTFE. The excellent thermal, chemical and easy-to-clean properties of PTFE are used to make this popular kitchen Utensils.

Non-stick pans have a long history, dating back to the end of the 1970s. Aluminum disc exporters began the research and development of aluminum circle for non-stick pans. Nowadays, the non-stick pan is processed and produced with 3003 O aluminum disc material, which is very popular in the market. 3003 aluminum disc non-stick pan uses 3003 aluminum alloy raw materials. The density of aluminum alloy is about one third of that of steel. The use of aluminum alloy makes the pot lighter; aluminum has strong electrical conductivity, and the heat transfer effect of aluminum pan is better than that of stainless steel pan. Many times higher.

Aluminum alloy non-stick pan made of 3003 aluminum disc has many advantages. It can easily fry and fry food without sticking to the bottom. It can reduce oil consumption to a large extent, and the kitchen is clean and less oily. One important point is that the non-stick pan is not harmful to the human body.

HC Aluminum is an aluminum disc exporters producing aluminum sheets and strips. The product quality is high. The 3003 aluminum circle material used for non-stick pans is selected for the production. The 3003 aluminum disc produced by HC Aluminum has stable performance and good anti-rust function. It is widely used in battery shells, pot materials and heat dissipation.