The Most Efficient Method to Handle Drums in Chemical Plants


Introduction

The formula (PXQ/600) calculates hydraulic power. Hydraulic systems are capable of lifting and transporting tons of loads with ease and speed. Industrial drums need large capacity drum handling systems every day. These systems are required to transport drums from the plants to boilers, machines, and pumps. It is a delicate task that needs to be done safely and without causing any injuries. The most common equipment is the drum lifter.

Lifting Drums - Simple and Fast

Drum lifting gives them the ability to move them around freely, which is crucial. Drum trucks need to be able maneuver in difficult areas between machines, tools, and equipment. Trucks should be compact in size. Flexible wheels are essential for the truck. The drum can be rotated in any direction within the 180 degree radius.

Truck Handle - Flexible Spring and Gear

A drum-truck should have a long handle and a flexible spring. The compression-expansion ratio should be able to apply an optimum value of pressure onto the base for lifting the larger and heavier drums with ease.

Trucks and forklifts must be designed to meet the requirements of technical specifications. This is crucial for smooth operation. Dimensions are important in determining drum size and holding volume. You can consider a 55-gallon drum that is approximately 250 KGs in volume. The truck must have the ability to lift the container to the required height (ex. 350mm and the distance it must be transported.

Two wheels is the minimum requirement for manual trucks to be able to transport. Wheels make it easier to transport the load. You can compare trucks with two or four large wheels. There are also ergonomic drum-handlers that can handle larger drums.

Ergonomic handles are used to lift and move heavy loads with extra hydraulic pressure. The worker can complete the task quickly and without stress. He must direct the truck through the factory to get to the destination.

Loading, unloading, and precision - Safety matters

It can take some time to load the drum onto a drum grab. To prevent the drum from falling, it must be kept in a stable position. The grabbing arms should form an arch. They should cover 60% to 70% of the drum's diameter for a firm grip.

The hydraulic system should be able to maintain the drum vertically straightened by applying enough pressure. This is essential to ensure safety during transportation. They should be sturdy and non-slip. They should be able to carry the maximum weight.

Unloading can be done anywhere within the plant or outside. Truck and forklift should be able move easily to the unloading location. It should not be difficult to load the load.

Conclusion

The technology of your plant for drumhandling can ensure maximum safety and protection for most hazardous chemicals, and help prevent accidents.

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