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Professional laboratory grinding equipment designed for mineral processing experiments, ore grindability tests, and sample preparation in mining laboratories, research institutions, and universities.
Product Overview
The XMLQ Series Grid Ball Mill features a grid-type discharge structure that uses impact and grinding forces generated by cylinder rotation and grinding media to achieve effective mineral liberation. This compact equipment is ideal for continuous or intermittent grinding operations in laboratory research and small-scale mineral processing tests.
Main Features
Laboratory Mineral Testing Design: Specifically developed for ore grinding experiments and mineral processing research
Grid-Type Discharge System: Improves discharge efficiency and reduces over-grinding for stable product quality
High-Efficiency Grinding: Produces impact and friction forces through media lifting and dropping for effective crushing
Broad Application Range: Suitable for testing various metal ores and non-metallic minerals
Compact Laboratory Design: Small footprint with simple operation and convenient maintenance
Working Principle
The grinding cylinder rotates driven by a motor, lifting steel balls and ore samples to a certain height before they fall, creating impact forces that crush the ore. Continuous friction between grinding media and ore particles further reduces particle size. Ground material discharges through the grid plate once required fineness is achieved.
Applications
Mining laboratory testing
Mineral processing experiments
Geological sample preparation
University and research institute laboratories
Pilot beneficiation plants
Ore grinding tests and analysis
Applicable Materials
Gold ore
Copper ore
Iron ore
Lead-zinc ore
Nickel ore
Molybdenum ore
Lithium ore
Fluorite ore
Other metal and non-metallic minerals
Technical Specifications
Specification
XMLQΦ420×450
XMLQΦ420×600
Model
XMLQΦ420×450
XMLQΦ420×600
Grinding Cylinder Volume
60 L
80 L
Feeding Size
≤10 mm
≤10 mm
Final Product Size
-0.074 mm
-0.074 mm
Processing Capacity
50-90 kg/h
150 kg/h
Overall Dimension
1630×1000×1662 mm
1800×1058×1662 mm
Machine Weight
800 kg
950 kg
Key Advantages
Professional laboratory grinding solution
Stable grinding performance
Accurate experimental results
Suitable for beneficiation research
Easy operation and maintenance
Compact design for laboratory use
Installation & Maintenance
Installation Requirements
Install on a flat and solid foundation
Check lubrication condition before operation
Ensure correct electrical connections
Perform no-load testing before formal operation
Maintenance Tips
Regularly inspect bearings and transmission components
Check wear condition of grinding cylinder and grid plate
Keep equipment clean and well-maintained
Tighten loose bolts regularly
Avoid long-term overload operation
Safety Precautions
Do not exceed recommended feeding size
Add grinding media according to test requirements
Avoid continuous overload operation
Regularly check wear condition of internal components
Operators should follow all safety procedures
Packaging & Shipping
The XMLQ Series Grid Ball Mill is packed according to international shipping standards with steel frame fixing for transportation safety, moisture-proof protection for key components, and wooden case or customized packaging options available for sea, air, and land transportation.
Frequently Asked Questions
What is the XMLQ Grid Ball Mill mainly used for?
Primarily used for laboratory ore grinding tests, mineral processing experiments, and sample preparation in research and educational settings.
What is the maximum feeding size?
The maximum feeding particle size is ≤10 mm for both models.
What minerals can be tested by this ball mill?
Suitable for testing various ores including gold, copper, iron, lead-zinc, nickel, molybdenum, lithium, fluorite, and other metal and non-metallic minerals.
Can the grinding fineness be adjusted?
Yes, grinding fineness can be controlled by adjusting grinding time, media quantity, and other operating parameters.
Can customized models be supplied?
Yes, customized specifications can be provided according to specific laboratory testing requirements.
