Large Hydraulic Storage Silo_Storage Equipment_Products

One of the main functions of Large Hydraulic Storage Silo is to store large amounts of materials. Its large internal space can accommodate a variety of solid materials such as grain, feed, ore, coal, cement, etc. For example, in terms of grain storage, a Large Galvanized Hydraulic Silo can store hundreds or even thousands of tons of grain, providing sufficient raw material storage space for grain processing companies or large farms, ensuring the stability of material supply over a certain period of time.

TONY Large Hydraulic Storage Silo through the automatic hydraulic system operation, reduce manual operation errors and labor intensity, improve production efficiency, can accurately control the proportion of different raw materials and flow, and the capacity range can be based on the specific needs of the project and expected production

TONY Large Hydraulic Storage Silo is made of galvanized material, which is corrosion resistant, improves the service life of the silo, and saves the use cost for the enterprise.

After the material enters the silo through the feed port, it accumulates in the silo under the action of gravity. When unloading is required, the hydraulic system starts, and the hydraulic cylinder pushes the unloading device to move and unload the material from the discharge port.

The hydraulic system can adjust the unloading speed and flow rate according to actual needs to meet different production requirements.

TONY Large Hydraulic Storage Silo pushes and transports waste through transport tank plates loaded on the floor. This automated transportation system can precisely control the speed and direction of waste delivery as needed to meet different treatment needs.

The hydraulic slide silo is usually composed of hydraulic cylinder, hydraulic station, sealing device, slide frame body and discharge screw, etc. When working, the slide frame is driven by double acting hydraulic cylinder and does round-trip movement at the bottom of the silo.

TONY Large Hydraulic Storage Silo is widely used in the field of industrial raw material storage and transportation. It can effectively solve the problem of poor sludge fluidity, improve discharge efficiency, and reduce environmental pollution.It is one of the important equipment in modern raw material storage system.

1.In Terms Of Structure And Capacity:

Large capacity: It can store a large amount of materials to meet the needs of large-scale production or engineering operations, reduce frequent feeding operations, and improve production efficiency. For example, on large construction sites, a large amount of cement, sand and stone and other building materials can be stored to provide guarantees for the continuous progress of the project.

Sturdy and durable: It is usually made of high-strength materials such as high-quality steel, with good structural strength and stability, and can withstand the heavy pressure of materials and the influence of the external environment, such as bad weather, vibration, etc.

2.Unloading Performance:

Precise unloading: The hydraulic system controls unloading, which can accurately control the speed and flow of unloading, ensure that the material is output according to the predetermined requirements, and is conducive to the accurate implementation of subsequent production processes. For example, in the feed processing industry, it can be accurately unloaded for mixed processing according to the feed formula of different animals.

Smooth unloading: Reasonable structural design and hydraulic drive mode make the unloading process smooth, and it is not easy to have problems such as stuck materials and blockages, reducing production interruptions and equipment maintenance caused by unloading failures.

3.Control And Operation:

High degree of automation: Equipped with advanced hydraulic control system and automatic control components, it can realize remote control, automatic operation and other functions, which is convenient for operators to manage and monitor, and reduces the labor intensity and error of manual operation.

Flexible operation: It can flexibly adjust the time, speed, flow and other parameters of unloading according to different production needs and working conditions, and adapt to various production scenarios.

The working process of a Large Hydraulic Storage Silo mainly includes the following steps:

1. Loading Stage

(1). Material Transportation: The materials to be stored are transported to the feed port of the Large Hydraulic Storage Silo by means of conveyor belts, screw conveyors, pipeline transportation, etc.

(2). Entering The Silo: The materials enter the silo from the feed port and fall naturally due to gravity.

2. Storage Stage

(1). Material Accumulation: The materials entering the silo gradually accumulate in the silo to form a certain pile of materials. In this process, the materials are affected by their own gravity and the friction between the silo wall, and are in a relatively stable storage state.

(2). State Monitoring: During the storage process, various monitoring equipment, such as level meters, temperature sensors, pressure sensors, etc., are usually equipped to monitor the state of the materials in the silo in real time.

3. Unloading Stage

(1). Prepare For Unloading: When the materials in the silo need to be used, start the hydraulic system. The oil pump in the hydraulic system starts to work, and the hydraulic oil is transported to the actuators such as the hydraulic cylinder to provide power for the unloading process.

(2). Open The Discharge Port: Driven by the hydraulic system, the discharge device (such as gate, valve, etc.) at the bottom of the silo gradually opens. These discharge devices are usually connected to hydraulic cylinders or air cylinders, and the opening and closing actions are achieved through the action of hydraulic or air pressure.

(3). Material Outflow: After the discharge port is opened, the material in the silo begins to flow out of the silo under the action of gravity.

1.Silo Body

It is the main part of the silo, used to store materials. Generally, the shape of the silo is a combination of a cylinder and a cone at the bottom. This shape design is conducive to the flow and unloading of materials. The silo body of a large galvanized hydraulic silo is usually made of thick steel plates. After hot-dip galvanizing, it has good anti-corrosion properties and can be used for a long time in harsh environments.

2.Feed Port

Located at the top or upper side of the silo, it is used to transport materials into the silo. The size and position of the feed port are designed according to actual needs to ensure that the material can enter the silo smoothly.

3.Discharge Port

Located at the bottom or lower side of the silo, it is used to discharge materials from the silo. The discharge port is usually equipped with a discharge device, such as a screw conveyor, a vibrating discharger, etc., to ensure that the material can be discharged smoothly.

4.Support Structure

Used to support the weight of the silo and ensure the stability of the silo. The support structure has various forms, and the common ones are column type and frame type. Its design needs to consider factors such as the weight, size, and installation position of the silo.

5.Hydraulic System

It is the key part of large galvanized hydraulic silo, used to control the unloading process of the silo. The hydraulic system includes hydraulic cylinder, hydraulic pump, hydraulic valve and other components, which realize the drive and control of the unloading device through the pressure transmission of hydraulic oil.

You get what you pay for. The price always depends on the value. Because the Large Hydraulic Storage Silo market is currently more chaotic, customers must be careful to buy!

To make a purchase decision after a comprehensive inspection of a number of comprehensive indicators such as product quality, manufacturer scale strength, pre-sales and after-sales service ability, research and development design ability, rather than just looking at the price!

Please note: if your purchase cost is very low, the later use cost will be very high! Because the purchase of very low cost equipment is likely to cause you to face endless maintenance later, continuous downtime and maintenance will delay your production and make you pay more money.

The model of the large hydraulic storage silo can be customized according to your needs, the model is different, the price is not the same, if you are interested in the hydraulic storage silo, you can contact TONY, we will quote for you according to the model, we guarantee that your choice is the most cost-effective

Animal Husbandry Industry: Used to store feed, grain and other materials to provide a stable feed supply for livestock. Large farms usually require a lot of feed storage space, and the large capacity and good anti-corrosion performance of Large Hydraulic Storage Silo can meet this demand.

Construction Industry: Store construction materials such as cement, sand, and concrete. At the construction site, various materials need to be stored and deployed, and Large Hydraulic Storage Silo can easily realize the loading and unloading and transportation of materials.

Chemical Industry: Used to store chemical raw materials, finished products, etc. Chemical products are often corrosive, and the anti-corrosion performance of storage equipment is required to be high. Galvanized hydraulic silos can effectively protect materials from corrosion.

Mining Industry: Store mineral raw materials such as ore and coal. A large amount of material storage and transfer equipment is required in the mining production process. The strength and capacity of Large Hydraulic Storage silos can meet the needs of the mining industry.

The design of Large Hydraulic Storage Silo needs to consider many factors.

First of all, the characteristics of the materials should be considered, such as particle size, density, fluidity, corrosiveness, etc. Different materials have different requirements for silos. For example, for materials with poor fluidity, special unloading devices and anti-arching blockage methods need to be designed. Secondly, the storage capacity requirement is also an important factor in the design. The larger the nominal volume, the more factors need to be considered, such as the taper of the discharge cone, the shape of the silo, etc. In addition, the feeding and discharging methods also need to be reasonably designed according to the actual situation. Common ones include gravity unloading, spiral unloading, vibration unloading, etc.

The stability and safety of the structure are also aspects that cannot be ignored. For example, when designing large silos and auxiliary structures, the loads caused by wind and snow, the destructive effects caused by different vibration modes of earthquakes, etc. should be considered. For example, when designing the support form of large silos, if conditions permit, a more "soft" multi-column support structure should be used. During an earthquake, this structure has better "elasticity" and "softness", and the connection nodes of the side columns can be "twisted off" to absorb the shock waves of the earthquake, thereby ensuring the integrity of the overall structure.