Hydrated lime, also referred to as slaked lime — plays a vital role in multiple industries used in building materials, pollution control, metallurgy, chemical manufacturing, farming applications, wastewater management, and more.
As demand grows globally, the importance of choosing a trusted calcium hydroxide production line manufacturer has become greater.
A well-designed production line ensures stable product quality, maximum efficiency, low energy consumption, and long-lasting operational stability.
Calcium Hydroxide Explained
Calcium hydroxide (Ca(OH)₂) is made by reacting quicklime with water.
The final product is a soft white chemical used for:
Water purification
Soil stabilization
Air pollution control
Chemical manufacturing
Construction materials
Food-grade applications
Its increasing industrial importance makes advanced production equipment crucial for efficiency and output.
How a Calcium Hydroxide Production Line Works
- Quicklime Storage & Feeding System
Stores CaO and transfers it into the processing chamber with controlled flow.
- Hydrator Machine
The main part of the production line.
Features include:
Automatic water supply control
Real-time temperature adjustment
Dust-free feeding
High hydration rate (up to 98%)
- Maturing and Separation Unit
Allows complete reaction and separates impurities.
- Pulverizing and Grading Section
Ensures Raymond mill (200–600 mesh).
- Dust Removal Setup
Prevents dust and keeps the plant compliant.
- Packing & Storage Unit
Packs or stores finished Ca(OH)₂.
Main Advantages of a Good Calcium Hydroxide Equipment Manufacturer
✔ Cutting-Edge Design
Includes:
Full automatic PLC control
Real-time monitoring
High-efficiency reactors
Energy-saving models
✔ Customizable Production Capacity
5 TPH to 50+ TPH.
✔ High Material Quality
Wear-resistant steel ensures longevity.
✔ Environmental Standards
Low-emission, dust-controlled systems.
✔ Global Support
Installation, training, and 24/7 help.
Benefits of Choosing a Professional Manufacturer
- Improved Productivity
Automation minimizes errors.
- High-Purity Result
Uniform particle size and purity.
- Reduced Operating Cost
Optimized equipment decreases costs.
- Long-Term Durability
Strong design means fewer repairs.
Industrial Uses
Ideal for:
Lime factories
Chemical industries
Pollution control plants
AAC block factories
Agriculture
Metallurgy plants
Water treatment systems
Conclusion
Choosing the right Ca(OH)₂ production system provider ensures long-term productivity, stable quality, and higher profitability.