Multiple types of finished product storage silos

The offered finished product storage and transportation system has a number of significant performance features.

- Efficient to ensure smooth flow of material during storage and transportation to reduce clogging and loss of material. We understand the importance of a smooth flow of material throughout the production process and have taken a number of measures to ensure this.

- Excellent sealing performance. This not only prevents dust from escaping and protects the environment from pollution, but also ensures that the health of workers is not affected by dust. We understand the importance of a good working environment for staff health and productivity, so we designed the system with a particular focus on this.

- The advanced control technology realizes automated operation. This not only greatly reduces labor costs, but also improves productivity. We are well aware of the importance of automation technology in modern production, therefore, we pay special attention to this when designing the system.

- Good scalability. This means that our systems can be modularly expanded according to the needs of our customers, thus meeting the demands of production of different sizes. We know that different customers have different production needs, so we pay special attention to this point when designing the system.

 

The main technical parameters of the finished product storage and transportation system include but are not limited to the following:

- Bucket elevator: lifting height, lifting capacity, motor power, etc.

- Dust collector: filter area, air volume, dust removal efficiency, etc.

- Finished silo: capacity, diameter, height, material thickness, etc.

- Silo bottom fluidization system: fluidization air volume, pressure, motor power, etc.

- Bulk equipment: bulk speed, bulk port size, etc.

- Packaging equipment: packing speed, packing range, accuracy, etc.

These parameters ensure the efficient operation and reliability of the finished product storage and transportation system to meet the needs of different industrial applications.

 

Finished product storage and transportation systems are widely used in a variety of fields, including but not limited to:

- Construction material industry: for storing and transporting limestone powder, slag powder, steel slag powder and cement after grinding.

- Chemical industry: for storing and transporting all kinds of powdered chemical raw materials.

- Food industry: for storing and transporting food-grade powders such as flour, starch, powdered sugar, etc.

- Agricultural field: for storing and transporting feed, fertilizer and other agricultural powders.

 

- After grinding limestone powder, slag powder, steel slag powder and cement, in order to ensure the continuity of the production process and be able to cope with various fluctuations in the market, it is necessary to maintain at least 7 to 14 days of material storage in the finished product warehouse. This storage arrangement ensures that the production line will not be interrupted due to material shortages, and that it will be able to respond quickly when market demand increases.

- The design and layout of a finished goods storage and transportation system must take into account the site conditions, including but not limited to space constraints, physical and chemical properties of the material, and environmental conditions. In order to adapt to the needs of different sites, we offer a variety of different types of silos, such as welded steel plate silos, spiral coiled plate silos and assembled steel plate silos. These different types of silos can be flexibly selected and applied according to specific site conditions and customer requirements, thus ensuring efficient operation of the storage and transportation system.

- The relatively low investment and operating costs of finished product storage and transportation systems allow customers to maximize economic benefits at a low economic burden. By choosing the right storage and transportation system, customers can not only reduce initial investment and maintenance costs, but also improve productivity and material utilization to further enhance economic efficiency. This cost-effective solution undoubtedly provides customers with more competitive advantages and market opportunities.