Raymond Grinding Mill for Attapulgite Processing

Attapulgite clay, also known as palygorskite, exhibits significant application potential in a variety of fields, including petroleum, chemicals, building materials, and feed, due to its high adsorption capacity, excellent colloidal properties, and ion exchange capacity.
In particular, in the feed industry, processed attapulgite powder can be used as a feed additive, improving the nutritional value and digestibility of feed, thereby promoting healthy animal growth.

Precise Match: Equipment Selection

Due to the unique texture of attapulgite clay, Shanghai  CLIRIK selected a Raymond mill as its primary equipment. Its advanced grinding system and high-manganese steel wear-resistant material ensure stable grinding efficiency and product fineness over extended periods of operation. Furthermore, its unique grinding roller and disc design effectively prevents material blockage and equipment wear, improving overall production line efficiency.


 

Advantages of Raymond Mills

>>Technological Progress, Mature and Stable Equipment:

CLIRIK has nearly four decades of mill manufacturing experience and has upgraded four generations of mills, resulting in advanced technology and stable operation.

>>Specialized Grinding Design, High Grinding Efficiency:

A curved blade design increases the grinding surface area and improves grinding efficiency. Bevel gear integrated transmission reduces energy consumption: The integrated bevel gear transmission and resistance-free air inlet volute design provide improved material flow and lower energy consumption.

>>Thin oil lubrication extends bearing life:

Both the main shaft drive system and the fan drive system utilize thin oil lubrication, which reduces lubrication resistance and lowers oil temperature compared to traditional grease lubrication, effectively extending bearing life.

>>New variable frequency powder classifier ensures high product precision:

A new hanging cage classifier with variable frequency control allows for adjustable fineness, meeting various particle size requirements.

Scientific and efficient:

The process design fully considers the processing characteristics of attapulgite clay ore and the quality requirements of the finished feed product. Key steps such as grinding, classification, and collection are optimized, and precise control of roller pressure and speed, as well as classifier parameters, allows for precise control of product particle size.
 

Cost Reduction and Efficiency Improvement: Automated Production Line Configuration

An intelligent control system centrally monitors, manages, and controls every link and equipment in the production process. This ensures precise and efficient transportation of raw materials, semi-finished products, and finished products between production steps, significantly reducing labor costs. Each production line previously required at least 20 people, but now only requires four.
 

Environmentally Friendly: Sealed System Operation

The entire production process has been upgraded from open-type production to sealed equipment. Dust removal systems are installed in all processes, including raw material transportation, crushing and grinding, and finished product packaging, ensuring low dust emissions.