One-Step Ultra-Fine Grinding Mill for Clay/Shale Brick Production

• Customization: Available
• Crushing Capacity: 50-100 tons/h
• Crushing Degree: Ultra-Fine Mill
• Model NO.: SGS800*800 SGS1000*1200
• Crushing Style: Grinding and Impact
• Cutter Material: High-Speed Steel
• Drive: Electric
• Object: Clay
• Roller Size(mm): Φ800*800 Φ1000*1200
• Dimension(mm): 4000*4000*2200 4500*4800*2500
• Power(Kw): 75+55 132+90
• Trademark: BRICTEC
• Origin: China

Product Description

Equipment Introduction:
The Ultra-Fine Roll Crusher is a high-efficiency grinding equipment for clay brick production. It utilizes two precision rollers with micron-level gap adjustment to crush raw materials (e.g., clay, shale) into uniform particles of 0.5-3mm, significantly improving the quality of subsequent mixing and extrusion processes.
Technical Data:

Model	Capacity(t/h)	Roller size(mm)	Input size(mm)	Out put size(mm)	Dimension(mm)	Weight(t)	Power(kW)
SGS800*800	30-50	Φ800*800	≤10	0.8-1.5	4000*4000*2200	18	75+55
SGS1000*1200	40-80	Φ1000*1200	≤10	0.8-1.5	4500*4800*2500	31	132+90

Features:
1.Ultra-Fine Crushing: Unique roller surface texture + high-pressure grinding for output fineness ≥0.5mm.
2.Precision Gap Control: Hydraulic/servo system adjusts roller gap (0.1-5mm) with ±0.05mm accuracy.
3.Wear-Resistant Rollers: Tungsten carbide or ceramic-coated rollers, 3x longer lifespan than standard alloy rollers.
4.Fully Enclosed Design: Dust extraction ports comply with environmental standards.
Function:
Replaces traditional two-stage crushing (jaw crusher + hammer crusher) with single-pass ultra-fine grinding, preventing over-crushing and ensuring optimal clay gradation to minimize brick drying cracks.
Advantages:
1. 30% Energy Saving: Power consumption ≤3.5kWh per ton, lower than traditional crushing lines.
2. Uniform Output: 90% particles in 0.5-2mm range, reducing extruder jamming risks.
3. Low Maintenance: Modular roller design allows replacement within 2 hours.
Key Technical Terms:
Ultra-Fine Roll Crusher
Roller Gap Adjustment
Tungsten Carbide Roller Sleeve
Particle Gradation