Roll Jar Mill

  • Purpose/Capacity For grinding geological material like Rocks, Minerals, Brittle alloys, Graphite etc.’
  • Number of Grinding Jar 1 no
  • Speed range Up to 840rpm variable with VFD
  • Timer Range Up to 99 Hours : 59 Seconds
  • Motor Power 1 hp
  • Pot / Jar Size Dia 150 mm x 450 mm Length(7 Ltr)
  • Roller Diameter Dia 50mm
  • Roller Length 750mm
Know More

Key feature

• Adjustable roller speed for customized grinding results.
• Compatibility with diverse jar sizes and materials.

Description

Eloquent Roll jar mill is a machine used in labs and industries to grind or mix materials like ceramics, chemicals, or ores into smaller, finer pieces. It works by placing these materials in jars that are partially filled with small grinding balls (like ceramic or metal). The jars sit on rollers that rotate, causing the grinding balls to move around and crush the materials through friction and impact.
Eloquent Jar Roll mill is very useful because it provides a controlled way to mix and grind materials evenly. It’s often used in research or production to create fine powders or to prepare samples for further testing or use.

Function Principle

Eloquent Roll jar mill works by rotating jars filled with material and small grinding balls. The jars sit on rollers, which spin and make the balls falling inside, crushing the material into smaller pieces through impact and friction.
By adjusting the speed and fill level, the grinding can be controlled for an even particle size. This setup allows the roll jar mill to efficiently grind, mix, or coat materials, making it useful for precise and consistent processing in labs and industries.

Advantages of a Roll Jar Mill

1. Uniform Grinding & Mixing: Roll jar mills ensure consistent particle size and uniform mixing due to the controlled rotation of the jars.
2. Adjustable Speed: Many roll jar mills allow users to adjust the speed of the rollers, providing flexibility for different materials and processes.
3. Multiple Jar Capacity: Roll jar mills can often hold multiple jars at once, enabling more efficient processing of different materials simultaneously.
4. Versatility: Suitable for grinding, mixing, dispersing, and coating materials. It can handle a wide range of materials like ceramics, chemicals, minerals, and more.
5. Low Contamination: The closed jar system reduces the risk of contamination, making it ideal for handling sensitive or high-purity materials.
6. Scalability: Available in various sizes, it can be used for both small-scale laboratory research and larger industrial production.
7. Ease of Use: Simple operation with minimal maintenance, making it easy to set up and operate.
8. Energy Efficient: The rolling mechanism is more energy-efficient compared to some other grinding systems, requiring less power.

Application Example

1. Ceramics: Used for grinding ceramic powders to create uniform particle sizes needed in producing high-quality ceramics.
2. Chemicals: Ideal for mixing or grinding chemical powders or compounds for research or manufacturing.
3. Pharmaceuticals: Employed in the pharmaceutical industry for preparing powders and active ingredients in a uniform, controlled environment.
4. Material Science: Used in the development of new materials, such as metal or composite powders for advanced research.
5. Paints & Pigments: Applied in the production of finely ground pigments and coatings for paints, inks, or dyes.
6. Mining & Metallurgy: Used for reducing the size of ores and minerals to prepare them for further processing or analysis.
7. Food & Agriculture: Grinding and mixing of food additives, grains, or powders for research and development in the food industry.
8. Nanotechnology: Helps in producing nanoparticle materials by grinding and reducing substances to extremely fine particles for advanced research.