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Buy New Half Height Ore Carrier Container Offshore Container Manufacturers, Quotes
Product Description
Product Introduction
The body of the ore container is usually made of high-strength steel, which has good compression resistance and wear resistance. It can withstand the weight of the ore and various external impacts that may occur during transportation, and prevent the box from deformation and damage. In order to better bear the weight of the ore, its bottom structure is strengthened. Generally, the number and thickness of the crossbeams and longitudinal beams will be increased to improve the bearing capacity and stability of the bottom, so as to ensure that the container can be safely placed and transported when full of ore, and there will be no problems such as bottom collapse.
In order to facilitate the loading and unloading of ore, ore containers are often equipped with a top door design, which makes it easier for loading and unloading equipment to load or unload ore into or out of the container, improve loading and unloading efficiency, and reduce loading and unloading time. Since the ore has a certain hardness and roughness, it may cause wear and corrosion to the inside of the box. Therefore, a layer of protective material, such as wear-resistant rubber sheet or special anti-corrosion coating, is usually laid inside the box to protect the inside of the box and extend the service life of the container.
Product Specification
| External Dimension (MM) | 6058 * 2438 * 1456 |
| Internal Dimension (MM) | 5865 * 2276 * 1214 |
| Maximum Gross Weight | 35000 kg |
Advantages
Improve Transportation Efficiency
Compared with traditional bulk cargo transportation, ore containers can achieve door-to-door transportation, reduce the intermediate loading and unloading links, avoid the spillage and loss of ore during multiple loading and unloading processes, thereby improving transportation efficiency and shortening transportation time.
Reduce Transportation Costs
Although the purchase or rental cost of ore containers themselves is relatively high, they can be reused and can better protect ore during transportation, reduce ore loss and pollution, and in the long run, can reduce the transportation cost of unit ore.
Environmental Protection & Energy Saving
Ore containers can effectively prevent the scattering and dust of ore during transportation, reducing pollution to the environment. At the same time, its standardized design is also convenient for use with various transportation tools and loading and unloading equipment, improving energy utilization efficiency, and meeting the requirements of modern environmentally friendly transportation.
High Safety
The closed structure of the container can prevent the ore from spilling due to bumps, shaking, etc. during transportation, reducing the safety risks during transportation and ensuring the safety of transportation personnel and the surrounding environment. In addition, the use of ore containers can also avoid problems such as chemical reactions or pollution that may occur when ore is mixed with other goods.
Frequently Asked Questions (FAQ)
Can the ore be loaded directly into the container?
The ore cannot be loaded directly into the container. Customs regulations require that the ore must be packed in woven bags before loading into the container.
What should I pay attention to when using ore containers?
Ore containers are heavy, so you need to pay attention to safe operation during loading, unloading and transportation to prevent accidents.
Do you need to check the ore container regularly?
It is necessary to conduct a comprehensive inspection of the ore container regularly, including whether the appearance of the container is deformed, damaged, rusted, etc. If any problems are found, they should be repaired and anti-corrosion treatment should be carried out in time.
What materials are typically used for internal box protection?
Since ore has high hardness and roughness, protective materials such as wear-resistant rubber sheets or special anti-corrosion coatings are usually applied inside the box to extend container life.
How does the structural design prevent bottom collapse under heavy loads?
The bottom structure is reinforced by increasing both the number and thickness of the crossbeams and longitudinal beams, which significantly enhances the overall load-bearing capacity and stability.
