Apron feeder is widely used in coal, cement, sand aggregate production lines of heavy feeding equipment, with large processing capacity, high production efficiency, low failure rate, low maintenance costs and other advantages.
Cement production line is the key link in building materials industry, and its operation efficiency and product quality are directly related to the economic benefits and market competitiveness of enterprises. In the cement production line, apron feeder is the ideal feeder for handling primary materials, and its stability and reliability are of great significance to ensure the continuous and stable operation of the production line. In this paper, the product characteristics, application range, suitable materials and advantages in practical application of apron feeder for cement production line are elaborated.
Apron feeder is mainly composed of head section, tail section, rack, drive, pan, chain, sprocket, tension device and so on.
‌ high efficiency and stability ‌ : The plate feeder drives the chain or belt through the motor, and drives the slats or scrapers installed on it to carry out continuous or intermittent material conveying. This design ensures that the material can be uniformly and continuously supplied to the downstream equipment, improving the efficiency of the entire material handling system ‌
Strong adaptability ‌ : Plate feeder can adapt to different particle size, humidity and viscosity of the material handling needs. Its structural design is reasonable, can withstand greater impact and wear, especially suitable for conveying large, heavy materials. Even in harsh working environment, such as high temperature, high humidity, dust, etc., can maintain a long time stable operation ‌

Easy maintenance ‌ : The plate feeder has the advantages of simple structure and easy maintenance, which reduces the operating cost of enterprises. Regular inspection of transmission parts, chains, slats and other wearing parts, keep the equipment clean and lubricated, can effectively extend the service life of the equipment ‌

Stable operation and low noise ‌ : The plate feeder has low noise during operation, which reduces the impact on the working environment and improves the comfort of the working environment ‌


First, apron feeder product characteristics

1. Super heavy body structure

Cement production line apron feeder adopts super heavy body structure design, with a strong tank structure, can withstand large warehouse pressure, large impact load and high-intensity working environment. This design makes the feeder perform well in the rough section feeding conditions and becomes a prerequisite for qualified initial section feeders.

2. High vibration strength, large processing capacity

Apron feeder can withstand the impact of large materials, which is a key measure of its equipment performance. On the basis of the original plate feeder, our company adopts excellent design concept and manufacturing process, which greatly enhances the impact strength of the miner feeder, which is more than 30% higher than the traditional vibration feeder. This high vibration strength design allows the feeder to handle large materials more easily, while ensuring greater throughput than conventional vibration feeders with the same specifications.

2. Scope of application

Cement production line apron feeder is widely used in metallurgy, mining, coal, building materials, chemicals, abrasives and other industries. In these industries, apron feeder is the ideal feeder for handling primary materials, providing continuous and uniform feed for a variety of crushing machinery and coarse screening of materials, thereby improving the operational efficiency of the production line and product quality.

3. Applicable materials

Cement production line apron feeder is suitable for a variety of materials, including river pebbles, limestone, dolomite, granite, diabase, basalt, construction waste, coal, etc. These materials have different physical properties and chemical compositions, but apron feeder enables continuous uniform feeding and coarse screening of these materials through its unique structure and design.