Phosphorus Chemical Group has successfully transformed phosphogypsum into green building materials such as self-leveling mortar and high-precision interlocking modules, featuring excellent properties of fire resistance, energy efficiency, low carbon emissions, and high performance. The production energy consumption is only one-fourth that of traditional cement, and carbon emissions are just one-seventh.

Stucco, or calcined gypsum, is the fundamental binding agent that gives gypsum board its core structural and functional properties. It is not merely a filler but the active ingredient that undergoes a chemical transformation during the manufacturing process. The performance of the entire production line and the quality of the final product are intrinsically linked to the consistent quality and correct application of the stucco.

The manufacturing of gypsum board is a continuous, multi-stage process that transforms raw materials into a finished, consistent building product. Understanding these key stages is fundamental for operating a production line effectively. The machinery provided by Hengshui Decheng Machinery & Equipment Co., Ltd. is engineered to facilitate this precise sequence of operations.

Controlling moisture content is a fundamental aspect of gypsum powder production. Excessive moisture in the final stucco product can lead to numerous issues, including clogging in conveyors and silos, premature setting during storage, and weakened final products like gypsum boards. Effective moisture management is required throughout the production line.

The fineness and overall quality of gypsum powder, commonly referred to as stucco or calcined gypsum, are critical parameters that directly influence the performance of the final products, such as gypsum boards. Achieving consistent quality requires careful control over the entire production process. Several interconnected factors play a determining role.