Strict requirements for raw materials in the processing of porcelain aluminum plates

Porcelain fused to metal aluminum plate processing is a processing method that uses special techniques to coat the surface of aluminum plates with ceramic materials, making the surface of aluminum plates beautiful, wear-resistant, and corrosion-resistant. It is widely used in various fields such as building decoration, electronic appliances, and household products. The processing of porcelain aluminum plates has very strict requirements for raw materials, and only high-quality aluminum plates with excellent characteristics can be selected to produce high-quality porcelain aluminum plates.

Firstly, the processing of porcelain fused to metal aluminum plates requires the use of aluminum plates for specific purposes. Generally, aluminum materials with high purity and low iron content are selected for porcelain fused to metal aluminum plates, usually 1060 or 3003 models. This is because sandblasting, degreasing and other treatments need to be carried out on the surface of the aluminum plate before coating the porcelain material. Using aluminum plates with other impurities or excessive impurities may have a negative impact on the treatment effect, leading to defects such as weak surface adhesion and uneven color.

Secondly, the processing of porcelain aluminum plates requires the use of aluminum plates with a smooth and flat surface, without obvious unevenness. Porcelain fused to metal aluminum plates need to exhibit good visual effects. If aluminum plates with uneven surfaces are selected, it may not only result in uneven coating of porcelain materials and surface defects, but also affect their aesthetic appeal and dampen consumers' purchasing enthusiasm.

Thirdly, the processing of porcelain aluminum plates requires strict cleaning and treatment of the aluminum plate surface. The surface of the aluminum plate must be completely cleaned to ensure that there are no oil stains, adhesives, or other factors that affect the adhesion of the ceramic material. At the same time, it is necessary to prevent factors such as paint peeling and oxidation on the aluminum plate surface from affecting the ceramic layer or future use.

Fourthly, in the processing of porcelain aluminum plates, it is necessary to have extremely high requirements for physical properties such as size, thickness, hardness, and tensile strength of the aluminum plates. During the production process of porcelain fused to metal aluminum plates, they need to withstand forces such as tension and pressure. If aluminum plates with unstable physical properties are selected, it may cause slight distortion, imprints on the conveyor belt, and separation of ceramic layers.

In summary, the processing of porcelain aluminum plates requires very strict requirements for raw materials. Only by selecting high-quality aluminum plates that have undergone special treatment can high-quality porcelain aluminum plates be produced, which has a crucial impact on the stability of the production process, the efficiency of the processing flow, and the reliability of product quality.