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Dangerous goods containers are mostly made of high-strength steel or aluminum alloy to ensure sufficient structural strength to withstand various external forces during transportation. For special dangerous goods, corresponding corrosion-resistant, high-temperature resistant and other materials will also be selected. And it has an excellent sealing structure, which can effectively prevent the leakage of dangerous goods. For example, for liquid dangerous goods, the bottom and side seams of the container will be specially sealed. There are also specially treated grid floors.
Dangerous goods containers are equipped with a variety of safety devices, such as explosion-proof doors, ventilation nets, safety valves, fire extinguishing devices, gas detection alarm devices, etc. When abnormal conditions occur in the box (such as temperature rise, gas leakage, etc.), these devices can promptly sound an alarm or take corresponding protective measures. Its outer surface of the box will be clearly marked with hazard signs and other information, which is convenient for identification and management during transportation, and reminds relevant personnel to pay attention to safety.
Dangerous goods containers play a vital role in modern transportation and logistics: Ensure the safety of dangerous goods transportation, reduce the probability of accidents, and reduce the harm to personnel and the environment. Improve the efficiency of dangerous goods transportation, facilitate large-scale and standardized transportation, adapt to the development needs of chemical, pharmaceutical and other industries, and facilitate standardized management of dangerous goods transportation. In short, dangerous goods containers are an indispensable tool for dangerous goods transportation. Their design, manufacture, use and management must strictly comply with relevant laws, regulations and standards to ensure the safety and reliability of the entire transportation process.
| External Dimension (MM) | 6058 * 2438 * 2896 |
| Internal Dimension (MM) | 5800 * 2350 * 2686 |
| Tare Weight | 3200 kg |
| Max Gross Weight | 11100 kg |
| Max Payload | 8000 kg |
| Cubic Capacity | 34 cu.m |
| Material | SPA-H Corten Steel |
They are predominantly built using high-strength Corten steel (SPA-H) or premium aluminum alloys to endure strong mechanical stress. For specific dangerous chemicals, specialized corrosion-proof and heat-resistant alloys or liners are implemented.
The containers incorporate precision-engineered sealing structures along bottom and side seams, particularly for liquid hazmat. Additionally, specialized floor containment systems and grid floors prevent spills from escaping into the environment.
Typical safety equipment includes pressure-relief safety valves, explosion-proof doors, integrated ventilation nets, gas detection alert systems, and automated fire extinguishing components to promptly counteract abnormal conditions.
This model provides a cubic capacity of 34 cubic meters, a tare weight of 3,200 kg, and can accommodate a maximum payload of up to 8,000 kg, bringing the maximum gross weight to 11,100 kg.
Yes, the external panels are systematically fitted with standardized, high-visibility hazard warning labels and compliance markings to streamline tracking and alert logistics personnel to execute proper safety protocols.
