High Efficiency Ball Mill with Easy Installation Features

• Customization: Available
• Type: Ball Mill
• Motor Type: AC Motor
• Model NO.: 1830*6400
• Motor Power: 210kw
• Rotationl Speed: 23.7r/Min
• Application: Mine
• Materials: Molybdenum
• Condition: New
• Warranty: 1 Year
• After-sales Service: Training, Technical Support, etc.
• Color: Diverse and Customizable
• Model: 1830*6400
• Barrel Speed: 24.1
• Ball Loading: 21
• Feeding: ≤25
• Output Size(mm): 0.074-0.4
• Yield(T): 6.4-15
• Power(Kw): 210
• Machine Weight(T): 34
• Transport Package: International Packing Standard
• Specification: ISO, CE, SGS Certificate.
• Trademark: TYM
• Origin: Henan, China
• HS Code: 8474201000
• Production Capacity: 15t/H

Product Description

Products Description

 

The Raymond Grinder, also known as Raymond Mill, is a versatile machine designed to finely grind materials such as barite, calcite, potash feldspar, talcum, marble, limestone, and slag. It effectively processes over 280 types of non-flammable and non-explosive materials with a hardness below 7 on the Mohs scale. Perfectly suited for industries like mining, building materials, chemical engineering, and metallurgy, this grinder is essential for power generation and processing applications.

With a customizable product size, this advanced grinder allows for precise adjustments between 80 and 425 meshes, offering flexibility to achieve specific material requirements. Impressively, it can handle materials up to a fineness of 2,000 mesh.

Working Principles
To initiate the grinding process, materials are loaded evenly and continuously into the main frame's grinding chamber. Centrifugal force propels the rollers outward, pressing them closely against the ring. The shovel efficiently moves the materials into the space between the roller and ring. As the roller spins, the materials undergo grinding, achieving the desired fineness.

 

00:0Grinding Mill Classifier

 

Medium Body

 

Grinding Mill Main Unit

 

 

New Type Cage Classifier

Featuring an innovative built-in large blade cone turbine classifier, this system facilitates fine control over the finished product's particle size, adjustable within a 60-400 mesh range, significantly enhancing classification precision.

 

New Reducer

The updated reducer introduces a new level of versatility, allowing users to adjust the main machine's speed according to specific operational needs. This capability enhances the grinding force and results in increased output, offering a tailored, efficient grinding experience.

 

Internal Structure of the Mill

The mill's design boasts larger grinding rollers and rings with a reduced number of rollers, advancing its capacity by 20% compared to traditional models at the same price. This is achieved by expanding the grinding chamber's conveying space and minimizing resistance, resulting in superior performance.

 

Milling Production Line

Materials processed by the jaw crusher and transported via the bucket elevator are stored in a silo. An electromagnetic vibrating feeder precisely delivers the materials to the main unit for grinding. The powder undergoes sorting by a separator, then conveyed to storage silos through pipelines, culminating in an efficient and organized output via the outlet valve.
The production line operates under negative pressure, optimizing the workflow. Initial air blown by the fan carries powder to the cyclone collector, preventing backflow by recycling air. The powder collector features a bottom lock feeder, isolating external positive pressure gas from internal negative pressure gas, thus enhancing yield. Furthermore, residual air and dust are captured by pipelines leading to a filter baghouse, effectively safeguarding the environment.

For comprehensive details or to acquire the entire production line, click here to connect with us.

 

 

 

 

Ideal for metallurgy, building materials, chemicals, and mining, this mill excels in grinding a wide array of mineral materials. It efficiently processes substances with a Mohs hardness below 9.3 and humidity under 6%, including quartz, feldspar, calcite, talcum, barite, fluorite, rare earth, marble, ceramics, bauxite, manganese ore, iron ore, copper ore, phosphate rock, iron oxide red, zircon sand, and slag.

 

 

Main Technical Parameters

 

 

 

 

The Raymond Grinder, or Raymond Mill, is expertly engineered for grinding materials such as barite, calcite, potash feldspar, talcum, marble, limestone, and slag. It processes over 280 types of non-flammable and non-explosive substances with a Mohs hardness under 7, serving key industries like mining, building materials, chemical engineering, and metallurgy for enhanced power generation and processing.

Flexibly adjusting to your needs, the product size ranges from 80 to 425 meshes, with capabilities extending to a remarkable 2,000 mesh for select materials.

 

Working Principles
Introduce materials steadily and uniformly into the grinding chamber of the main frame. The centrifugal force during rotation causes the roller to swing outward and exert pressure upon the ring. The shovel skillfully transports the materials to the gap between the roller and ring. As the roller rotates, the materials are efficiently ground, ensuring a seamless grinding process.

 

 

00:00

 

00:11

 

 

 

Grinding mill classifier

 

Medium body

 

grinding mill main unit

 

 

New type cage classifier

This state-of-the-art classifier features a built-in, large blade cone turbine design, allowing for precise control over the particle size of the finished product, adjustable within a remarkable 60-400 mesh range, thereby significantly enhancing the classification efficiency.

 

New Reducer

The system now incorporates a cutting-edge reducer, enabling the main machine speed to be dynamically adjusted according to user requirements. This innovation boosts grinding force, leading to heightened output and operational adaptability.

 

Internal structure of the mill

Featuring larger grinding rollers and a ring with a reduced number of rollers, this design elevates grinding capacity by 20% compared to traditional models of equivalent cost. The increased conveying space within the grinding chamber minimizes resistance, optimizing overall performance.

 

 

Milling Production Line

After initial processing by the jaw crusher and bucket elevator, the material is systematically delivered from the storage silo via an electromagnetic vibrating feeder for consistent grinding. Subsequent to the polishing powder separator's action, the blower facilitates sorting, directing the sorted powder through pipelines into storage silos, with the final output being efficiently discharged via the outlet valve.
The entire production line operates under negative pressure, with the primary fan directing air and powder into the upper cyclone collector of the storage silo. The return air blower pipe ensures air recycling, promoting efficiency. A sophisticated powder collector, coupled with a bottom-lock powder feeder, isolates external positive pressure gas from the negative pressure gas, significantly enhancing yield. Additionally, residual air and dust from the main unit are channeled to a filter baghouse, where dust and impurities are effectively captured, ensuring environmental protection.

 

For comprehensive details on the entire production line, kindly click here to reach out to us.

 

 

 

 

 

This advanced mill is predominantly utilized in metallurgy, building materials, chemicals, mining, and other mineral sectors. It's adept at grinding materials with a Mohs hardness below 9.3 and humidity under 6%, encompassing a diverse range of non-flammable mineral materials such as quartz, feldspar, calcite, talcum, barite, fluorite, rare earth, marble, ceramics, bauxite, manganese ore, iron ore, copper ore, phosphate rock, iron oxide red, zircon sand, slag, and more.

 

 

 

Main technical parameters

 

 

 

The Raymond Grinder (Raymond Mill) is meticulously crafted for grinding a variety of materials such as barite, calcite, potash feldspar, talcum, marble, limestone, and slag, all of which fall below scale 7 on the Mohs hardness scale. This robust mill is ideal for applications within the mining, building material, chemical engineering, and metallurgy industries, focusing on power generation and material processing.

The product size can be finely tuned within a broad spectrum of 80-425 meshes, with certain materials achieving an impressive fineness of up to 2,000 mesh, ensuring versatile and precise results.

 

Working principles
Introduce materials steadily and uniformly into the grinding chamber of the main frame. The centrifugal force during rotation causes the roller to swing outward and exert pressure upon the ring. The shovel skillfully transports the materials to the gap between the roller and ring. As the roller rotates, the materials are efficiently ground, ensuring a seamless grinding process.

 

 

00:00

 

00:11

 

 

 

Grinding mill classifier

 

Medium body

 

grinding mill main unit

 

 

New type cage classifier

The classifier in this sophisticated system features a state-of-the-art, built-in large blade cone turbine classifier. This exceptional design allows for remarkable precision, enabling you to adjust the particle size of the finished product with great ease, anywhere between 60 and 400 mesh. This facilitates an improved classification process, ensuring unmatched efficiency and quality.

 

Innovative New Reducer

Our redesigned reducer introduces a new era of flexibility and efficiency! With the ability to transition the main machine from a single speed to a dynamically adjustable speed, tailored to user requirements, the grinding force is substantially enhanced. This results in a marked increase in output, pushing performance to new levels.

 

Advanced Internal Structure of the Mill

Experience enhanced grinding power with our larger-sized grinding rollers and innovatively designed ring featuring fewer rollers. This cutting-edge design elevates the grinding capacity by a significant 20% when compared to traditional models in the same price range. The increased space within the grinding chamber allows for smoother material flow, reducing conveying resistance and boosting overall efficiency.

 

 

Efficient Milling Production Line

The journey of materials begins with the jaw crusher, followed by a bucket elevator that seamlessly transports them to a storage silo. From there, an electromagnetic vibrating feeder ensures a consistent and even supply to the host machine for grinding. The ingenious system utilizes a polishing powder separator, directing processed powder through pipelines to storage silos. Finally, the refined output is discharged via the outlet valve, completing a streamlined process.
Our entire production line operates under negative pressure, ensuring environmental safety and efficiency. The initial fan directs air through pipes, carrying powder to the upper cyclone collector of the storage silo. The return air blower pipe facilitates air recycling. At the heart of the system, the powder collector with a bottom lock powder feeder isolates positive external pressure gas from the negative internal pressure, significantly boosting yield. Residual air and dust from the host are channeled through a pipeline to a filter baghouse, where dust and impurities are effectively absorbed, protecting the environment.

 

To explore the comprehensive features of the entire production line, click here to contact us now!

 

 

 

 

 

This high-performance mill is primarily utilized across various sectors such as metallurgy, building materials, chemicals, and mining. Designed to tackle the grinding process of mineral materials with Mohs hardness under 9.3 and humidity below 6%, it accommodates a diverse array of non-flammable materials. These include, but are not limited to, quartz, feldspar, calcite, talcum, barite, fluorite, rare earth minerals, marble, ceramics, bauxite, manganese ore, iron ore, copper ore, phosphate rock, iron oxide red, zircon sand, slag, and more.

 

 

 

Comprehensive Details: Main Technical Parameters