For professional color-coated board manufacturers, the produced color-coated boards must meet quality standards to last in the market. What quality requirements do we have for qualified color-coated boards during our manufacturing process? Mechanical properties are an important criterion for measuring formability and are crucial parameters for determining and adjusting processing technology; therefore, they should be prioritized during processing.

　　What are the quality standards for color-coated board manufacturers?

　　For professional color-coated board manufacturers, the produced color-coated boards must meet quality standards to last in the market. What quality requirements do we have for qualified color-coated boards during our manufacturing process? Mechanical properties are an important criterion for measuring formability and are crucial parameters for determining and adjusting processing technology, thus they should be prioritized during processing.

　　Pencil hardness, T-bend, impact energy, and other indicators are closely related to processing performance, so they should be fully considered. When the shape of the parts is complex and the degree of deformation is large, multiple forming passes should be used. If forming is done in one pass, excessive deformation may damage the adhesion between the coating and the substrate. During processing, appropriate gaps should be set based on factors such as mold shape, deformation characteristics, and process conditions, and the gap setting should consider the thickness of the coating.

　　Most coatings can serve as solid lubricants and can meet the lubrication requirements of most forming processes. Some coatings can improve the lubricity of the coating by adjusting the formula. If the lubricity of the coating on Ansteel color-coated boards is insufficient, it can be improved by methods such as oiling, waxing, or applying a peelable protective film. However, it should be noted that wet lubricants are prone to absorb dirt, and they should be removed before installation. The peelable protective film should also be removed as soon as the construction is completed.

　　Reasonable processing speeds should be set based on equipment conditions, process conditions, and part shapes. Excessively high deformation speeds can easily lead to coating peeling. When the temperature is low, the flexibility of the coating decreases, so low-temperature processing should be avoided. If the ambient temperature is low, the material should be heated to a certain temperature before processing.