Advanced High Performance Ball Mill for Consistent Results

• Customization: Available
• Type: Ball Mill
• Motor Type: AC Motor
• Model NO.: 1200*3000
• Motor Power: 37kw
• Rotationl Speed: 36r/Min
• Application: Mine
• Materials: Molybdenum
• Condition: New
• Warranty: 1 Year
• After-sales Service: Training, Technical Support, etc.
• Color: Diverse and Customizable
• Ball Loading: 3.5
• Feeding: ≤25
• Output Size(mm): 0.074-0.4
• Yield: 1.6-5
• Power(Kw): 37
• Machine Weight(T): 12.8
• Transport Package: International Packing Standard
• Specification: ISO, CE, SGS Certificate.
• Trademark: TYM
• Origin: Henan, China
• HS Code: 8474201000
• Production Capacity: 5t/H

Product Description

Product Description

 

Experience the superior performance of the Raymond Grinder (Raymond Mill), designed meticulously to grind a wide array of substances including barite, calcite, potash feldspar, talcum, marble, limestone, and slag. Engineered to handle materials below scale 7 of Moh's hardness, this versatile mill also deftly manages a staggering 280 different types of non-inflammable and non-explosive materials. Ideal for applications in mining, building materials, chemical engineering, and metallurgy, it serves as a powerhouse for power generation and processing.

The product's size is impressively adjustable, catering to specific requirements within a range of 80-425 meshes. With the capacity to refine certain materials up to an astonishing 2,000 mesh, this functionality highlights its exceptional adaptability.

Working Principles
The milling process is initiated by loading materials evenly and continuously into the main frame's grinding chamber. As the system rotates, centrifugal force causes the roller to swing outward, pressing firmly against the ring. The strategically placed shovel lifts the material into the space between the roller and ring, where the rolling motion effectively grinds the material to precision.

 

00:0Grinding Mill Classifier

 

Medium Body

 

Grinding Mill Main Unit

 

 

New Type Cage Classifier

Incorporating an advanced built-in large blade cone turbine classifier, the particle size of finished products is finely tuned from 60-400 mesh. This sophisticated feature significantly enhances classification accuracy and product consistency.

 

New Reducer

The innovative reducer is a game-changer, transitioning from a single speed to a versatile speed adjustment mechanism. This allows the primary machine speed to be tailored to user needs, enhancing grinding force and subsequently boosting output efficiency.

 

Internal Structure of the Mill

With enhanced grinding rollers and ring dimensions, and a minimized roller count, this new design marks a 20% increase in grinding capacity compared to traditional models of equivalent cost. The increased conveying space within the grinding chamber and reduced resistance are key contributors to this remarkable improvement.

 

Milling Production Line

Following the crushing stage via jaw crusher and bucket elevator, materials are directed to the storage silo. Through an electromagnetic vibrating feeder, they are consistently fed into the primary unit for grinding. The resulting powder undergoes sorting by the powder separator, with the sorted material conveyed to storage silos and finally discharged via the outlet valve as finished products.
The entire production line operates under a negative pressure system. Initially, air is blown through pipes, directing powder into the upper cyclone collector of the storage silo. This air is then recirculated by the return air blower pipe. The powder collector, complete with a bottom lock powder feeder, effectively segregates external positive pressure gas from negative pressure gas, significantly boosting yield. Residual air and dust from the main unit are channeled to the filter baghouse, where dust and impurities are captured, ensuring an eco-friendly operation.

For comprehensive line details and inquiries, please click here to contact us.

 

 

 

 

Primarily deployed in metallurgy, building materials, chemicals, and mining fields, this mill is adept at grinding a wide spectrum of mineral materials. Suitable for substances with Mohs hardness below 9.3 and humidity under 6%, it efficiently processes a multitude of non-flammable mineral resources including quartz, feldspar, calcite, talcum, barite, fluorite, rare earths, marble, ceramics, bauxite, manganese ore, iron ore, copper ore, phosphate rock, iron oxide red, zircon sand, slag, and more.

 

 

Main Technical Parameters

 

 

 

 

Raymond Grinder (Raymond Mill) stands as a testament to grinding excellence, adeptly processing barite, calcite, potash feldspar, talcum, marble, limestone, and slag. Handling materials below scale 7 of Moh's hardness, it tackles an impressive variety of 280 different non-flammable and non-explosive substances across sectors such as mining, building materials, chemical engineering, and metallurgy, furthering power generation and efficient processing.

With a remarkable ability to fine-tune product size within an 80-425 mesh range, this system takes versatility to new heights. Certain materials can even reach fineness up to 2,000 mesh, showcasing its unparalleled adaptability and precision.

 

Working Principles
Introduce materials for grinding consistently and evenly into the grinding chamber of the main frame. As a result of the centrifugal force generated during rotation, the roller swings outward, pressing firmly against the ring. The strategically designed shovel then transports the material to the space between the roller and the ring, where the magic of transformation happens as the roller rolls, effectively grinding the material.

 

 

00:00

 

00:11

 

 

 

Grinding mill classifier

 

Medium body

 

grinding mill main unit

 

 

New type cage classifier

Embrace superior classification with our advanced built-in large blade cone turbine classifier. It allows you to meticulously adjust the particle size of the final product from 60 to 400 mesh, significantly enhancing classification efficiency.

 

New Reducer

Our upgraded reducer represents a new era in adaptability, allowing the main machine's speed to transition from a single speed to a finely tuned adjustment as per user requirements. This innovation increases grinding force and amplifies output like never before.

 

Internal structure of the mill

With larger-sized grinding rollers and rings, yet fewer rollers, this design triumphs over traditional models of the same price. Enjoy a remarkable 20% increase in grinding capacity due to the expanded conveying space of the grinding chamber, ensuring reduced conveying resistance and superior efficiency.

 

 

Milling Production Line

The journey begins as material, following its transformation in the jaw crusher, is transported by a bucket elevator to the storage silo. From there, it's dispensed evenly by an electromagnetic vibrating feeder to the host for grinding. Polished powder is then expertly sorted by a blower into sorting machines, transported via pipelines to storage silos, and emerges as a finished product through the outlet valve.
The entire production line operates under negative pressure. Initially, the first fan directs air through pipes, guiding powder into the upper cyclone collector of the storage silo. With a return air blower pipe, air recycling is achieved seamlessly. The powder collector, equipped with a bottom lock feeder, separates external positive pressure gas from isolated negative pressure gas, dramatically boosting yield. Residual air and dust at the host's base are sent through a pipeline to a filter baghouse, where impurities and dust are efficiently captured, safeguarding the environment.

 

For complete production line inquiries, please click here to contact us.

 

 

 

 

 

Primarily utilized in the domains of metallurgy, building materials, chemicals, and mining, this mill excels in grinding mineral materials. It handles materials with 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, slag, and more.

 

 

 

Main technical parameters

 

 

 

The Raymond Grinder (Raymond Mill) is a powerhouse in grinding applications, expertly processing materials like barite, calcite, potash feldspar, talcum, marble, limestone, and slag below a scale of 7 on Mohs hardness. It handles 280-odd sorts of non-flammable and non-explosive materials in the mining, building material, chemical engineering, and metallurgy trades for power generation and processing.

Our product size is customizable to meet specific requirements, ranging from 80 to 425 meshes, with some materials reaching up to a remarkable 2,000 mesh for exceptional finesse.

 

Working principles
Introduce materials for grinding consistently and evenly into the grinding chamber of the main frame. As a result of the centrifugal force generated during rotation, the roller swings outward, pressing firmly against the ring. The strategically designed shovel then transports the material to the space between the roller and the ring, where the magic of transformation happens as the roller rolls, effectively grinding the material.

 

 

00:00

 

00:11

 

 

 

Grinding mill classifier

 

Medium body

 

grinding mill main unit

 

 

New Type Cage Classifier

Our state-of-the-art classifier incorporates an innovative large blade cone turbine, allowing for unparalleled precision in particle size adjustment, ranging from 60-400 mesh. This breakthrough design elevates classification performance to new heights, ensuring optimal results.

 

New Reducer

Experience the power of our newly engineered reducer, which offers adaptive speed control tailored to user requirements. Transition smoothly from a singular speed setting to a dynamic range, enhancing grinding force and significantly boosting output for unmatched efficiency.

 

Internal Structure of the Mill

Discover the enhanced efficiency with our larger-sized grinding rollers and ring. Despite having fewer rollers, the improved design increases grinding capacity by an impressive 20%. The expanded conveying space within the grinding chamber minimizes resistance, propelling performance beyond traditional models in the same price range.

 

 

Milling Production Line

Our comprehensive milling production line begins with the material processed through a jaw crusher and transported by a bucket elevator to the storage silo. From there, an electromagnetic vibrating feeder ensures a seamless, continuous flow of material to the host for grinding. Once ground, the polishing powder is expertly sorted by the separator with the aid of a blower, then channeled via pipeline to storage silos, culminating in the precise output through the outlet valve.
Operating under negative pressure, the entire production line's efficient airflow management begins with the primary fan propelling air through pipes, directing the accompanying powder to the storage silo's upper cyclone collector. Air is then returned via a blower pipe, establishing a robust air recycling system. The powder collector, with its innovative bottom lock powder feeder, effectively isolates external positive pressure gas from the negative pressure gas, yielding substantial improvements in output. Furthermore, the residual air and dust from the host are expertly filtered through a pipeline to the baghouse, where dust and impurities are captured, ensuring environmental protection.

 

For a comprehensive overview of the entire line, we invite you to click here and get in touch with us.

 

 

 

 

 

Designed primarily for the industries of metallurgy, building materials, chemicals, and mining, this mill stands out in grinding processes for a wide array of mineral materials. With the capability to handle Mohs hardness below 9.3 and humidity levels under 6%, it adeptly processes a diverse range of non-flammable materials, 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, slag, and more.

 

 

 

Main Technical Parameters