The transportation of columnar structure reaction vessels is undoubtedly a difficult problem for the vast majority of people. Not only when lifting them onto the vehicle, but also due to their shape, ensuring their stability during transportation is also a major issue. Any bumpy road surface may cause them to roll off the vehicle. At this time, it is very important to pay attention to the binding and fixing of the reaction vessel.

So how is the reactor tied and fixed? Two people are on both sides of the car, with one person tightening the rope and tying it to the car? Of course not! This manual binding method easily leaves room for the reaction kettle to shake, in other words, the binding is not solid. In this case, the reaction kettle is easy to break free from the binding and roll off the car. If you want to bind it more firmly, a chain hoist becomes a good choice.

Hand pulled hoists are not just lifting equipment, as they have the function of reverse braking and are also a good hand for binding work. Every tightening of the binding rope of the reaction kettle by the hand pulled hoist will form a self-locking effect, leaving no room for the entire binding process, allowing the reaction kettle to remain motionless even on bumpy roads during transportation. This is the binding ability of the hand pulled hoist.