20tph Calcium Hydroxide Raymond Mill for Industrial-Scale Powder Production
The 20-ton-per-hour calcium hydroxide Raymond mill is a high-performance grinding system specifically engineered for processing slaked lime into fine powders ranging from 200 to 800 mesh, meeting rigorous industrial standards for water treatment, construction, and chemical manufacturing applications.
Core Technological Advantages
Precision Particle Control
Advanced turbine classifier with ±5μm accuracy ensures uniform particle distribution
Adjustable grinding pressure (50-350kN) accommodates varying material hardness
Corrosion-Resistant Construction
Entire contact surfaces feature 316L stainless steel coating
Special polymer seals prevent material hydration during processing
Closed-Loop Production System
Negative pressure operation eliminates dust emissions
Moisture control maintains <0.5% water content in final product
Performance Specifications
Throughput Capacity: 18-22tph with 95% uptime guarantee
Energy Consumption: 22-25kWh/ton (30% lower than industry average)
Noise Level: <72dB with integrated sound damping
Key Application Fields
✔ Environmental Protection
Flue gas desulfurization (FGD) systems
Wastewater pH adjustment
✔ Construction Industry
Dry-mix mortar additives
Soil stabilization compounds
✔ Chemical Production
PVC stabilizer raw material
Calcium-based chemical synthesis
Smart Operation Features
Automated Lubrication System: Reduces maintenance frequency by 60%
Remote Monitoring: Real-time tracking of 12 operational parameters
Quick-Change Assembly: Roller replacement in <2 hours
Economic Benefits
▲ 15-18% lower production cost vs traditional mills
▲ Payback period under 14 months for most operations
▲ Compatible with existing material handling systems
This 20tph calcium hydroxide mill represents the next evolution in industrial powder processing, combining German grinding technology with Chinese manufacturing efficiency. Its corrosion-proof design and intelligent control system make it the ideal solution for modern chemical plants seeking to enhance product quality while reducing operational expenses.
