Talc is a soft, layered mineral valued for its lubricity, chemical inertness, and smooth texture. Its uses span plastics, rubber, paper, paints, and cosmetics. However, different industries require different fineness levels, ranging from coarser powders to ultrafine grades. Choosing the right mill is therefore essential to achieving the correct particle size, efficiency, and quality. LIMING Heavy Industry offers a comprehensive line of grinding systems designed for talc at every fineness stage.

Grinding Options for Every Requirement

MTW Raymond Mill (80–400 mesh):

Ideal for general-purpose talc applications, this system offers stable operation, precise control, and energy-efficient production. It is widely used in paper manufacturing, ceramics, and standard filler applications.

LM Vertical Mill (200–800 mesh):

Integrating drying, grinding, and classification in one unit, the LM mill supports larger-scale industrial output. It is well suited for paints, plastics, and sectors requiring continuous operation with higher capacity.

LUM Ultrafine Vertical Mill (400–6000 mesh):

When very fine, high-purity talc is needed—for cosmetics, pharmaceuticals, or premium coatings—the LUM series ensures exceptional whiteness and particle uniformity through advanced multi-head classifiers.

MW Micro Powder Mill (325–5000 mesh):

For applications demanding extreme fineness, such as food additives or specialty chemicals, the MW mill produces ultrafine powders with excellent particle shape and stability.

Conclusion

From coarse fillers to ultrafine cosmetic powders, LIMING Heavy Industry provides grinding equipment tailored to the entire fineness spectrum of talc. With systems engineered for efficiency, capacity, and precision, manufacturers can confidently meet diverse market requirements while maintaining product quality and operational reliability.