Gypsum Powder Production Line In Kenya

Gypsum Powder Production Line In Kenya,Gypsum Powder Plant Cost

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Gypsum Powder Production Line

Gypsum powder production line is a process that involves the transformation of gypsum ore into a fine powder, known as gypsum powder. This powder is used in a variety of applications, such as the production of plasterboard and the manufacturing of cement. In Kenya, the demand for gypsum powder has been on the rise in recent years, due to the increasing construction activities in the country.

The production of gypsum powder involves several stages, including mining, crushing, grinding, calcining, and packaging. In the mining stage, gypsum ore is extracted from the earth using specialized equipment. The ore is then transported to a processing plant, where it is crushed into smaller pieces.

Next, the crushed gypsum is ground into a fine powder using a grinding mill. The grinding process helps to reduce the size of the gypsum particles and improve the consistency of the powder. After grinding, the gypsum powder is calcined, or heated to a high temperature, in a rotary kiln. This process removes any moisture from the powder and helps to improve its strength and durability.

Once the gypsum powder has been calcined, it is ready for packaging and distribution. The powder is usually packed in bags or drums and shipped to various customers, such as manufacturers of plasterboard and cement.

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What Is The Production Technology Of Gypsum

The production of gypsum involves several steps, including mining, crushing, grinding, calcining, and packaging. Each step in the process is essential to producing high-quality gypsum products that meet the needs of various industries.


Gypsum is typically found in large deposits in sedimentary rock formations. To mine gypsum, large drill rigs are used to drill holes into the ground. Explosives are then inserted into the holes, and the rock is blasted apart. The resulting debris is then loaded onto trucks and transported to the processing plant.


The mined gypsum is transported to a crushing plant, where it is crushed into smaller pieces. The size of the crushed material is determined by the desired end-use of the gypsum. For example, if the gypsum will be used to create plaster for walls and ceilings, it will be crushed into a fine powder. If the gypsum will be used as a soil amendment, it may be crushed into larger chunks.


After the gypsum is crushed, it is transported to a grinding plant. Grinding is a critical step in the production process, as it helps to reduce the size of the gypsum particles and create a consistent product. The gypsum is ground using a ball mill, a type of grinder that consists of a rotating cylinder filled with steel balls. As the ball mill rotates, the steel balls crush and grind the gypsum into a fine powder.


The ground gypsum is then sent to a calcining plant, where it is heated to temperatures of up to 200°C (392°F). This process, known as calcination, removes the water molecules from the gypsum, converting it into anhydrous calcium sulfate (CaSO4). The anhydrous calcium sulfate is then ground into a fine powder, creating the final product, commonly known as plaster of Paris.

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