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CaCO3 powder making plant raymond mill and supefine grinding mill CaCO3 powder making plant raymond mill and supefine grinding mill CaCO3 powder making plant raymond mill and supefine grinding mill CaCO3 powder making plant raymond mill and supefine grinding mill CaCO3 powder making plant raymond mill and supefine grinding mill CaCO3 powder making plant raymond mill and supefine grinding mill

CaCO3 powder making plant raymond mill and supefine grinding mill

150000.0 INR/Set

Product Details:

  • General Use Industrial
  • Material Stainless Steel
  • Computerized No
  • Automatic Yes
  • CNC Or Not Normal
  • Control System PLC Control
  • Voltage 380 Volt (v)
  • Click to view more
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CaCO3 powder making plant raymond mill and supefine grinding mill Price And Quantity

  • 150000.0 INR/Set
  • 1 Set

CaCO3 powder making plant raymond mill and supefine grinding mill Product Specifications

  • No
  • Stainless Steel
  • PLC Control
  • Yes
  • High Efficiency, Lower Energy Consumption, High Performance, ECO Friendly
  • 380 Volt (v)
  • Grey
  • Normal
  • Industrial

CaCO3 powder making plant raymond mill and supefine grinding mill Trade Information

  • Guangzhou
  • Telegraphic Transfer (T/T)
  • 50 Set Per Month
  • 25 Days
  • No
  • Contact us for information regarding our sample policy
  • Middle East, Africa
  • All India
  • CE,ISO9001

Product Description

What is calcium carbonate Raymond mill

The Raymond mill for calcium carbonate is essential equipment used in the production of calcium carbonate powder. The calcium carbonate raw materials that it can process include calcite, limestone, dolomite, marble, etc. It can also be applied to the processing of other mineral powders, such as talc powder, barite powder, pyrophyllite powder, tire pyrolysis carbon black powder, etc.


The fineness of the mineral powder processed by the Raymond mill can reach up to 400 mesh, with an adjustable range from 40 to 400 mesh.

The equipment composition of the calcium carbonate Raymond mill


40-400 mesh calcium carbonate Raymond mill

Calcium carbonate Raymond mill is a complete production line equipment, including the crushing part of the ore, the grinding part, the powder collection system, the dust removal system, and even the subsequent packaging and palletizing system can be configured according to the customers requirements.

The working principle of the calcium carbonate Raymond mill

Big materials are crushed by a jaw crusher to the required particle sizes, and carried by a bucket elevator to the storage hopper, and are fed evenly and continuously by a vibrating feeder into the main unit for grinding. The ground powder are carried by the airflow from the blower to the classifier to be classified, the particles that meet the fineness enter the cyclone collector through the pipe, and are separated and collected there. They are discharged at the discharging valve to become finished products; The airflow is sucked to the blower by the return pipe on the top of the cyclone collector. The whole airflow system is a sealed circulation and is circulated under positive and negative air pressure.

Model Feed particle size (mm) Product granularity (mm) Overall dimensions (Length * width * height(mm)
(Does not include dust collector
Capacity(t/h) powerkW)
Main Machine Fan Classifier
4R3220 20 0.0450.18 695045708295 16 45 45 15
CRRM1280 20 840056508200 1.510 55 55 15
5R4128 20 866060509250 215 90 90 22
CRRM1500 20 870055009250 318 110 110 22
CRRM1620A 30 9670557010550 522 160 132 30
CRRM1700 30 9670557010550 628 185 160 37
CRRM1850 30 1045568309815 6.530 200 200 37
CRRM1920 30 1331276909815 7.533 220 200 45
CRRM2150 30 11080760011150 1040 250 250 45
CRRM2500 35 11480773011250 11.550 280 280 45


Advanced Grinding Technology

Featuring Raymond and superfine grinding mills, our plant guarantees precise and consistent CaCO3 particle sizes. This ensures suitability for a wide range of industrial applications, from plastics and paints to paper and rubber production.


Fully Automatic and User-Friendly Operation

Equipped with an easy-to-use PLC control system, the plant streamlines production while eliminating the need for complex computer interfaces. Automated processes reduce manual effort, minimize errors, and optimize throughput.


Environmentally Friendly Efficiency

Designed to balance performance with sustainability, our grinding mills consume less energy while maintaining high output. The use of durable stainless steel components reduces maintenance and supports environmentally responsible operation.

FAQ's of CaCO3 powder making plant raymond mill and supefine grinding mill:


Q: How does the CaCO3 powder making plant ensure high efficiency and low energy consumption?

A: The plant utilizes advanced Raymond and superfine grinding mills, engineered to maximize output while minimizing energy use. Automated PLC controls further optimize operational parameters, delivering high efficiency with lower electricity costs.

Q: What materials are used in constructing the grinding mills?

A: All critical components are made from high-grade stainless steel, ensuring durability, corrosion resistance, and easy maintenance throughout prolonged industrial usage.

Q: When is it appropriate to use this CaCO3 powder making plant for production?

A: This plant is ideal for any industrial setting requiring consistent and high-quality calcium carbonate powder, particularly when efficiency, automation, and reliability are essential.

Q: Where can this grinding plant be installed?

A: The system is engineered for flexibility and can be installed in various industrial environments, such as mineral processing facilities, chemical plants, or manufacturing factories.

Q: What is the process involved in producing CaCO3 powder using this plant?

A: Raw calcium carbonate is fed into the Raymond or superfine grinding mill, where it is finely ground under controlled conditions. The PLC system automates the operation, from material input to finished powder collection.

Q: How does automatic operation benefit users?

A: Automatic operation streamlines production, reduces the need for manual intervention, and minimizes production errors, leading to more consistent results and lower labor costs.

Q: What are the main advantages of using this CaCO3 grinding mill plant?

A: Key benefits include high processing efficiency, lower energy consumption, robust stainless steel construction, eco-friendly performance, and simplified automated operation. These features ensure cost-effective and sustainable industrial production.

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