Gypsum Grinding Mill 5TPH to 60TPH High Efficiency Manuafcturer

Gypsum Grinding Mill 5TPH to 60TPH High Efficiency Manuafcturer

1.Product Introduction mineral grinding equipment

A Gypsum Grinding Mill is a specialized pulverizing device designed to process natural gypsum ore or industrial byproduct gypsum into fine powder. It is widely applied in industries such as building materials, cement, desulfurization, and gypsum board manufacturing. Its core function is to mechanically grind lump gypsum (typically particle size ≤25mm) to a target fineness (e.g., above 325 mesh) to meet the grain size requirements of various industrial applications.

2.Application mineral grinding equipment

1. Building Materials: Gypsum board, wall putty, self-leveling mortar.
2. Cement: Added as a retarder.
3. Agriculture: Soil conditioner.
4. Industrial: Casting molds and sculptural powders.

3.Working Principle mineral grinding equipment

A gypsum grinding mill production line generally consists of the following four stages:

1. Crushing: A jaw crusher reduces gypsum lumps (under 300mm) to a size within 25mm.

2. Elevation and Storage: A bucket elevator transports the crushed material to a storage silo to ensure continuous feeding for the mill.

3. Grinding and Classification: The material is uniformly fed into the mill via a vibrating feeder. After grinding, a classifier screens the particles; qualified fine powder proceeds to the next stage, while coarse material returns for re-grinding.

4. Collection and Packaging: The powder is collected by a pulse dust collector, cooled, and moved to the finished product silo for automated packaging.

4.Advantages

• Compact structure with high system integration: The vertical design minimizes footprint, enabling a self-contained production line from coarse processing to powdering and packaging for easy layout.

• Stable and reliable operation: The main drive employs sealed gearboxes and pulleys for smooth transmission; core components are crafted from premium steel and wear-resistant materials for exceptional durability.

• ‌Controllable final particle size with high screening efficiency: Flexible adjustment of final particle size is achieved via the classifier, while the equipment boasts a screening efficiency of up to 99%, ensuring both powder quality and production efficiency.‌

• High Automation with Clean Operating Environment: The electrical system supports centralized control for unmanned operation. The air-classifying system employs an internal circulation method, minimizing dust and maintaining a clean workshop environment.

• Relatively Low Energy Consumption: Compared to some traditional grinding equipment (such as ball mills), it features lower power requirements and electricity consumption, resulting in a smaller initial investment.

5.Technical Specifications

6.Our Solutions