Drying & Dispersing

Dry milling has requirements for water content of material (usually <4%). Materials with high water content need to be properly dried before milling or reduce the moisture content to a certain limit before milling.

The powder products involved in food, medicine, fertilizer, pesticide and other industries will inevitably appear agglomeration during transportation and storage, which affects the normal use of these products and the full play of their beneficial effects. Before milling or powder surface modification, powders need to finish depolymerization.

When the material enters the machine, it is milled at high speed, which increases the evaporation surface area, has a large drying capacity, significant energy savings, and a high thermal efficiency of more than 70%.

The quality of dried products is uniform, and the maximum dehydration capacity can reach 2t/h. Product modification can also be performed simultaneously.

The operation is simple, dust-free, and requires low maintenance costs, with a variety of automatic protection functions and high reliability.

Rotor Mill for drying, dispersing and modifying

Realize the functions of drying, dispersing and modifying at the same time
 
 

We Has Helped Them Solve the Problem

Coconut Shell Carbon grinding

Air Jet Mill Grinding Project for Coconut Shell Carbon at a Domestic New Material Enterprise

Project Background With the rapid development of new energy materials, conductive composites, and functional carbon materials, the demand for coconut shell carbon powder has been rising year by year. This demand is particularly strong in fields such as battery anode materials, conductive coatings, composites, and eco-friendly adsorbents. However, the production of high-quality coconut shell carbon

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Carbon Black Ultrafine Grinding

Epic Powder Air Classifier Mill Helps Indian Carbon Black Customers Achieve Ultrafine Grinding with D97 ≤ 10μm

Carbon black, as a high-performance reinforcing agent and pigment, is widely used in the tire, rubber products, plastics, and high-end coatings industries. This is due to its extremely strong adhesion, tendency to agglomerate, and lightweight, porous physical properties. When it comes to ultra-fine grinding at the micron or even submicron level, technical challenges such as

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Silica Surface Modification

High-performance Silica Surface Modification Project

Project Background The project was conducted for a leading domestic Chemical New Material Research Institute, focusing on the high-end application of Silica Surface Modification. The primary goal was to improve the dispersibility of silica in rubber/plastic matrices and achieve high-capacity continuous production. Industry Challenges As a reinforcing filler, silica is rich in silanol groups (-OH)

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Lab Jet Mill for Ultrafine Grinding of Dental Glass Ceramics

US Client Utilizes MQW03 Lab Jet Mill for Ultrafine Grinding of Dental Glass Ceramics

In the field of dental restoration, the quality of dental ceramic powders (such as lithium-based glass ceramics and zirconia) directly determines the strength, translucency, and biocompatibility of the final prosthesis. Recently, Epic Powder provided a professional laboratory-scale solution for a US-based client, successfully addressing the challenges of precision and purity in the ultrafine grinding of

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talc-jet-milling

Jet Mill Achieves D50 2.5μm Ultrafine Talc for Coating Industry

A Taiwanese talc processor needed to upgrade their talc jet milling capability. Coating manufacturers were demanding finer talc—specifically in the 2–3 μm range—to improve gloss, barrier properties, and sedimentation resistance in high-performance paints and primers. The existing equipment could not produce a consistent particle size distribution. The company turned to Epic Powder for a solution. The goal was clear:

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calcium-carbonate-air-classifier-mill-

Greek Calcium Carbonate Producer Increases Output with Epic Powder’s Air Classifier Mill

A well-established mineral processing company in Greece was facing growing pressure from its industrial buyers. The paints and sealants manufacturers they supplied needed a finer and more reliable calcium carbonate powder. Unfortunately, their existing air classifier mill grinding line could not produce a consistent particle size, which led to frequent customer complaints and wasted batches.

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