Hydraulic Bunker Product Introduction
1. Structural Design Advantages
Adopt a split modular structure design, which greatly simplifies the transportation and installation process of the equipment, demonstrating excellent engineering intelligence. The modules are manufactured through laser cutting and punching processes to ensure high - precision production and efficient installation.
2. High - quality Materials and Sturdy Frame
The main frame is bent from galvanized sheets, offering significantly enhanced strength compared to traditional iron plate welding. The galvanized sheet material has excellent corrosion resistance, extending the equipment's service life and ensuring long - lasting durability.
3. Integrated System and Safety Assurance
The hydraulic bunker integrates components such as gantry, sliding main beam, material - dialing wings, hydraulic cylinders, hydraulic station, and screw discharge conveyor. Its fully sealed material storage design effectively solves the problems of outdoor material storage, reducing dust pollution and manual handling costs. An explosion - proof vent is installed on the top to minimize the risk of dust explosions and ensure operational safety.
Hydraulic Bunker Product Parameters | ||||||||
Volume Range （m³） | Specification | Overall Dimensions (m) | Total Volume (m³） | Power （kw） | Output | Customer - supplied Embedded Materials | ||
<100 | One - station Two - cylinder | 2.5x6x3.58 | 53 | 7.5 | 1-3T | 200*200Hsteel | Iron Plate Dimensions: | Ground Screw Bolt Specification |
One - station Two - cylinder | 2.5x6x2.58 | 38 | 7.5 | 42m | 3m | Φ20*220 | ||
One - station Two - cylinder | 2.5x6x4.74 | 71 | 7.5 | 2*20mm thick | ||||
100~200 | Two - stations Four - cylinder | 5x8x2.58 | 103 | 11*2 | 4-10T | |||
Two - stations Four - cylinder | 5x8x3.58 | 143 | 11*2 | 70m | 3m | Φ20*220 | ||
Two - stations Four - cylinder | 5x8x4.74 | 189 | 11*2 | 2*20mm thick | ||||
200~300 | Two - stations Four - cylinder | 5x8x5.74 | 229 | 11*2 | ||||
Remarks: The above specifications are the parameters of the hydraulic warehouse, excluding the customer's own steel frame and foundation embedded parts, excluding the dragon | ||||||||
Diverse Application Scenarios
Mining Industry
In mining activities, substantial volumes of minerals including coal, iron ore, and copper ore require storage and transportation. The Hydraulic Bunker enables sealed storage of these minerals. This containment stops dust dispersion within the mining site, which not only safeguards the environment but also decreases the likelihood of miners developing respiratory illnesses. The bunker's efficient discharge mechanism, such as the screw conveyor, rapidly transfers minerals to subsequent processing equipment, enhancing the efficiency of the entire mining workflow.
Power Plants
Coal - fired power plants process large quantities of coal daily. The Hydraulic Bunker serves as a dependable storage solution. It securely stores coal, shielding it from environmental factors and minimizing the loss of heat value caused by weathering. During coal feeding, the hydraulic components accurately regulate the amount of coal discharged, optimizing boiler combustion efficiency and boosting overall power - generation performance.
Agricultural Granaries
For storing grains like wheat, corn, and rice, the Hydraulic Bunker creates a dust - free and pest - proof storage space. Its sealed construction keeps insects and rodents out, preventing damage to the stored grains. Moreover, the bunker's design simplifies the loading and unloading processes, enabling efficient management of agricultural products during harvests and throughout storage.
Construction Material Factories
Factories manufacturing construction materials such as cement, sand, and gravel can reap significant benefits from the Hydraulic Bunker. Cement, especially, poses a high risk of dust pollution. The bunker's sealed storage and dust - control features maintain a clean working environment. When supplying materials for construction projects, the bunker can precisely control the discharge amount, fulfilling the specific material needs of various construction tasks.
