Marble floor restoration requires precision machinery capable of achieving mirror-like finishes while maintaining structural integrity. This guide explores five industrial-grade grinding solutions, highlighting their technical specifications and ideal applications for professional contractors.
Key Selection Criteria | Optimal Range |
---|---|
Output Fineness | 45-2500 mesh |
Processing Capacity | 0.5-45 t/h |
Energy Efficiency | ≤30% below industry standard |
Our flagship SCM Ultrafine Mill redefines precision with D97≤5μm output capability. The patented vertical turbine classifier achieves 325-2500 mesh adjustable fineness without coarse particle contamination.
Model | Capacity (t/h) | Power (kW) |
---|---|---|
SCM800 | 0.5-4.5 | 75 |
SCM1680 | 5.0-25 | 315 |
Key advantages for marble restoration:
The MTW Series combines European engineering with high-volume processing. Its curved air duct design reduces energy loss by 15% compared to straight-path competitors.
Vertical configuration saves 50% floor space while handling ≤50mm input materials. The integrated grinding-drying system processes 3-250t/h with 30-40% lower energy consumption than ball mills.
Featuring automatic spring pressure adjustment, this solution compensates for roller wear in real-time, maintaining consistent 45-325 mesh output throughout maintenance cycles.
The traditional workhorse offers wet/dry operation flexibility. Our GMQY3685 model delivers 400t/h capacity with 1500kW power for large-scale projects.
Feature | SCM Ultrafine | MTW Trapezium |
---|---|---|
Fineness Adjustment | Digital PID control | Mechanical classifier |
Wear Part Life | 8,000+ hours | 5,000 hours |
The SCM Ultrafine Mill particularly excels in museum-grade restoration where 2500-mesh finishes are required. Its intelligent control system automatically adjusts parameters based on marble hardness variations detected by built-in sensors.
For high-traffic commercial spaces, we recommend the MTW215G Trapezium Mill (45t/h capacity) with its wear-resistant shovel blades that reduce maintenance downtime by 40%.