Rod Mill LRDM-T2010

Introduction

Rod Mill has a generous mill rotating speed of 120 rpm for a capacity of 4.05 monitoring and parameter adjustment.  Its annular seal prevents leakage of dust, slurry, or lubricants from the rotating cylinder, maintaining operational cleanliness and reducing wear. Our mill is suitable for grinding applications in the fields like metallurgy, chemical processing, and for construction materials.

This test equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Rod Mill is widely used in cement, silicate products, new building materials, refractory materials, fertilizers, black and non-ferrous metal beneficiation, glass ceramics and other production industries.

Specifications

Mill Rotating Speed	120 rpm
Capacity	4.05 L
Total Volume	350 to 800 g
Feed Size	Up to 2 mm
Output Granularity	- 0.074 mm
Steel Rod Diameter	Փ 16 mm, Փ 20 mm
Steel Rod Length	185 mm
Steel Ball Diamater	Փ 20 mm, Փ 25 mm, Փ 30 mm
Motor Rotating Speed	1400 rpm
Motor Power	250 W
Cylinder Dimension	Փ 160 × 200 mm
Overall Dimension	1055 × 650 × 1180 mm
Net Weight	175 kg

Features

Wet and dry grinding

Uniform grinding granularity

Thin oil lubrication station

Compact and robust structure

User-friendly operation

FAQs

1. How does the design of a rod mill impact its performance?

The design of a rod mill directly affects its efficiency, output, and durability. Components like the motor, reducer, transmission system, cylinder, and bearings are engineered to handle specific loads and speeds. Rod Mill features a well-balanced design that minimizes vibrations and ensures smooth operation. Its features like the annular seal prevent material leakage, while lubrication systems keep the bearings and gears operating smoothly.

2. Can rod mills be used in both laboratory and industrial settings? How does their use differ across these environments?

Yes, rod mills are used in both laboratory and industrial settings. In laboratories, they are used for small-scale testing, quality control, and process development. These mills are smaller and more manageable, allowing for precise adjustments and quick sample changes. In industrial settings, rod mills are built for continuous high-volume operation and are integrated into larger production systems. The industrial versions focus on durability, automation, and efficiency over long-term operation.

3. How does the rod size and configuration affect grinding efficiency and product quality?

Rod size and configuration directly impact the grinding process. Larger rods are effective for breaking down coarse materials, while smaller rods are better for fine grinding. An optimal mix ensures efficient grinding and consistent particle size. Rod Mill comes with steel rods of different sizes offering versatility for applications.

4. What role does the lubrication system play in the performance and lifespan of a rod mill?

The lubrication system is essential for minimizing friction and preventing wear on key moving parts like bearings and gears. Rod Mill features a thin oil lubrication station that supplies clean oil under pressure to these components, ensuring smooth operation and reducing the risk of overheating. Jet lubrication systems for the gears further improve performance by keeping the gear teeth lubricated during operation. A well-maintained lubrication system significantly extends the life of the rod mill and reduces maintenance downtime.

5. What is the benefit of buying Rod Mill?

Rod Mill is compatible with 2 types of grinding media: Steel rods and steel balls. These steel rods and steel balls vary in size and quantity making it suitable for a wide rane of operations. The steel ball compatibility allows this rod mill to be used as a ball mill thus enhancing its use across various laboratory and industries.