The Laboratory equipment cone type ball mill is primarily used for fine grinding of ores in laboratories, particularly for mineral analysis in fields such as metallurgy, geology, coal, and building materials.
Key features include stable operation, controlled feeding and discharging by motor, fast milling, selectable operating time, well-distributed particle size, high grinding efficiency with low power consumption.
This mill can process various materials, including ores from metallurgy, coal, and building materials, making it suitable for diverse laboratory applications.
The XMQ150×100 model has a capacity of 400 grams.
The cone ball mill ensures high efficiency through its high shell rotating speed, smooth inner lining, and a high milling medium stowing ratio, which results in effective grinding and polishing.
Yes, the ball mill is designed for convenient operation, allowing users to select the operating time freely, which enhances usability.
The maximum feed size for all models is 3 mm.
The output size achievable with the laboratory cone ball mill is ≤0.074 mm.
Yes, the laboratory cone ball mill can serve as supporting equipment for flotation machines and other related equipment.
The overall dimensions of the XMQ240×90 model are 1050 mm x 640 mm x 1160 mm.
The XMQ350×160 model has a power consumption of 1.1 kW.
The weight of the XMQ150×50 model is 90 kg.
Yes, in geology, the mill is used for grinding mineral samples to analyze their composition and properties.
The feeding and discharging of the laboratory cone ball mill are controlled by a motor, allowing for stable and efficient operation.
Routine maintenance, like checking for wear and ensuring proper lubrication, is recommended to keep the ball mill in optimal working condition.
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