5TPH to 9TPH Low to Energy Ball Mill

Product Specification

Low-Energy Ball Mill

1.Product Introduction

The low-energy ball mill adopts an energy-saving bearing structure, which is power-saving, wear-resistant, and stable in operation. It has uniform grinding particle size, can be used for both dry and wet grinding, and is suitable for grinding various ores such as gold, copper, and iron. It has stable output and simple maintenance, making it the preferred energy-saving equipment for mineral processing plants.

2.Application

1.Mining and mineral processing industry

• Used for coarse and fine grinding of metal ores such as gold, copper, iron, and lead-zinc ores, and can be used in conjunction with flotation and magnetic separation processes.
• The energy-saving bearing design reduces power consumption by about 25%, making it suitable for continuous production in small and medium-sized ore dressing plants and reducing production costs.

2.Building materials and sand and gravel industry

• It can grind limestone and pebbles, with a finished particle size of 0.074-0.4mm, meeting the standards for building sand and gravel.
• Quartz sand has high purity and stable production capacity, and is widely used in the processing of raw materials for the glass and ceramics industries.

3.Chemical and non-metallic industries

• For non-metallic minerals such as kaolin and phosphate rock, the grinding fineness can reach up to 200 mesh, resulting in uniform and fine powder.
• Processing raw materials for refractory and chemical fillers increases material utilization by over 15%.

4.Solid waste recycling

• It can process mine tailings and smelting slag, and improve the recovery rate of secondary grinding by 10%-20%.
• It supports both dry and wet use, has a low equipment failure rate, and reduces annual maintenance costs by 30%.

3.Working Principle

The low-energy ball mill is driven by a motor to rotate the cylinder. The steel balls inside the cylinder rise with the cylinder and then fall naturally, grinding the ore into fine particles through impact and crushing. It adopts energy-saving bearings to reduce friction and power consumption. The material is continuously fed and automatically discharged after grinding. It is energy-saving, durable, and produces uniform grinding material, and can work stably for a long time.

4.Advantages

1.Energy saving

• It uses energy-saving rolling bearings, saving 20%~30% more electricity than ordinary models.
• With a reasonable power matching, electricity costs can be effectively saved in long-term production.

2. High efficiency and stable production

• Optimized grinding structure increases overall production capacity by 10%~15%.
• It can operate continuously for 24 hours, with uniform and uninterrupted material discharge.

3. Sturdy and durable

• The cylinder body is thickened and reinforced, significantly improving its resistance to impact deformation.
• Equipped with wear-resistant liners, service life is extended by nearly half.

4. Smooth and low-noise operation

• The machine experiences less vibration, resulting in significantly improved operational stability.
• Operating noise is significantly reduced, meeting environmental protection production standards.

5. Wide range of applications and easy maintenance

• Suitable for both wet and dry grinding, and can be used for grinding various ores and building materials.
• The structure is simple and easy to inspect, reducing maintenance costs by about 20%.

5.Technical Specifications

6.Our Solutions