• Place of Origin: China (Mainland)
• Brand Name: GHM
• Model Number: GHM*6
• After-sales Service Provided: Engineers available to service machinery overseas
• Capacity: *0 tons per hour ( capacity)
• Voltage: **0V, **0V
• Water consumption: 2.*8T/h
• Water content: ≤1%
• Fineness: ≥**5 mesh (*7%) (depending on raw materials)
• Impurity content: ≤3%
• Control method: one key for open and close, warning for abnormal raw materials

1. Hydrated Lime Proudction Line

Quicklime can be processed even further into hydrated lime. Depending on the facilities at the quarry, this can occur either on site or by transporting the lime to a separate hydrating plant. A basic Slake Lime hydrating plantconsists of four stages:

1. Quicklime handling and crushing
2. Hydration
3. Classification
4. Storage and despatch

2. Handling and Crushing

Where the removal of impurities in the hydrating plant is not important, the quicklime is often reduced in size using impact breakers. In other circumstances, rolls and jaw crushers, or cone mills may be used.

3. Hydration:

Hydrators usually consist of three main sections prehydrator, hydrator and finishing stage. The plant consists of numerous paddles that help to mix the water and quicklime quickly and efficiently from start to finish. The plant is kept under slight suctionto prevent any dust emission throughout the process. The final moisture content of the raw hydrate after the finishing stage is usually about 1%.

4. Classification:

The raw hydrate is then taken from the hydrator to the classification plant. Depending on the customers specification, the raw hydrate can be adjusted and cut even further to meet their requirements.

Finished products, whether they be dolomitic lime, quicklime or hydrated lime, can be either stored on site prior to dispatch by rail or road, or alternatively can be packed into bags which are then purchased by a range of customers, including steelmakers, DIY stores and builders merchants.

5. Basic Technical Parameters:

6. Basic Equipment List: