Double Walled Portable Fuel TransferCube Tank

Structural features:

Double-layer design: This double-layer structure has important safety and protection functions. The outer layer can provide physical protection for the inner layer to prevent damage to the inside of the tank due to external collisions, friction and other factors. For example, during transportation, if it is hit by other objects, the outer layer can first withstand the impact force and reduce the possibility of damage to the inner tank. At the same time, the space between the double walls can have a variety of uses, such as monitoring whether there is a fuel leak (by installing the corresponding sensor in the space). If there is a leak in the inner layer, the fuel will enter the space between the double walls and be detected.

Portability:

Size and weight: Designed to be portable, it means that it has certain considerations in size and weight. Generally speaking, its size will not be too large, which is convenient for handling and moving in different usage scenarios. For example, in some small construction sites, temporary refueling points, etc., workers can place it in a suitable position relatively easily. It may be equipped with parts that are easy to carry, drag or hoist, such as handles, rollers or hoisting rings, etc., which are convenient for short-distance transfer using machinery or manpower.

Functional use:

Fuel delivery: Mainly used for fuel transfer. It can be connected between the fuel source (such as a large Oil Storage Tank) and the equipment that needs fuel (such as generators, construction machinery, etc.). Through appropriate pipelines and interfaces, the fuel can be safely transported from the storage site to the equipment in use. In some emergency situations, such as temporarily supplying fuel to emergency generators in power outage areas, this portable fuel tank can play a role in rapid fuel supply.

Fuel storage (temporary): In addition to the transportation function, it can also be used as a container for temporary storage of fuel for a certain period of time. For example, in the process of fuel distribution, from the refinery to the end user, it can store fuel at the transfer point for further distribution and use.

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