Barite (barium sulfate) is a critical industrial mineral valued for its high specific gravity (4.5), chemical inertness, and radiation-shielding properties. It is widely used in oil and gas drilling (as weighting agents), paint and coating manufacturing, plastic filling, medical imaging, and construction materials. To fully exploit its industrial potential, raw barite requires precise grinding to achieve desired particle sizes—ranging from 200 mesh to 2000 mesh (75μm to 5μm).
A barite grinding mill plant is an integrated production line consisting of feeding, crushing, grinding, classifying, collecting, and dust removal equipment. Its primary goal is to convert raw barite ore (with particle sizes up to 300mm) into fine powder that meets industry-specific requirements.
1. Raw Material Feeding: Barite ore is transported to the jaw crusher via a vibrating feeder or belt conveyor system.

* The output will vary according to different materials, feed particle size and other factors

1.High Grinding Efficiency & Large Capacity.
Equipped with optimized mill structures (e.g., curved blades ), modern barite grinding mill plants improve grinding efficiency by 20–30%. It meets the demands of large-scale mining and processing projects.
2. Precise Particle Size Control.
Advanced air classifiers with frequency conversion control ensure strict particle size uniformity. The product mesh size can be adjusted between 200–800 mesh.
3. Energy Saving & Environmental
Protection The integrated DMC pulse dust removal system minimizes dust emissions to ≤10mg/m³, complying with global environmental regulations.
4.Stable Operation & Easy Maintenance
The barite grinding equipment is made of high-quality materials. Its modular design simplifies maintenance - it is possible to quickly replace wearing parts without disassembling to reduce downtime.




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