Applications

Media selection shaped by the real material, mill, environment and production target.

Operating environments

Select by real duty.

Each circuit creates a different balance of abrasion, impact, corrosion, temperature and production risk. Start with the application, then define the media.

Mining and mineral processing grinding circuit

01 / MINING

Mining & mineral processing

Performance through changing ore.

Gold, copper, iron and other ores combine abrasion, impact and wet corrosion in different proportions. Media selection should connect mineralogy, feed size, slurry chemistry, liner state and downstream sensitivity.

Ore mineralogy and abrasive minerals
Mill dimensions, speed and liner profile
Current wear, breakage and addition rate

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02 / CEMENT

Cement & building materials

Balanced grading for each compartment.

Dry grinding performance changes with clinker or raw-material properties, compartment duty, ventilation, temperature and media grading. Evaluation should include fineness, throughput, power and addition rate.

Raw, clinker or finish-grinding duty
Compartment and retained-media grading
Fineness, throughput and mill ventilation

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03 / POWER

Power generation

Stable preparation for continuous duty.

Coal properties, pulverizer design, dry temperature and operating cycle influence media consumption. The practical objective is repeatable fuel preparation with predictable maintenance windows.

Coal type, moisture and grindability
Mill design, load and target fineness
Temperature and maintenance cycle

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Metallurgical and industrial grinding application

04 / INDUSTRIAL

Chemical, metallurgy & other

Material-sensitive industrial grinding.

In specialist processes, contamination, corrosion, product chemistry and target particle size may matter as much as wear resistance. The specification must reflect both the mill and the finished material.

Material abrasiveness and chemistry
Contamination and corrosion sensitivity
Wet or dry duty and downstream use