Concrete batching plants divides into different types according to different classification criteria. The following is a brief introduction to the different types of batch
plants.
Concrete batching plants, generally, are divided into stationary
concrete plants and mobile
concrete plants. This is a basic classification that many manufacturers distinguish at the time of production. Most of the stationary batching
plants adopt the modular and splicing design, which is mainly used for large-scale commercial
concrete manufacturers or related manufacturers of
concrete components. It usually applies in large-scale engineering construction, owning the features of strong production capacity and stable anti-interference. The mobile batching
plant is towed by a towing unit, which has good maneuverability and makes the production more flexible. It generally uses for various small and medium-sized temporary construction projects. Besides, it can be rented for personal use.
According to the application, the
concrete batching
plant is divided into commercial
concrete plant and engineering
concrete plant. The commercial
concrete plant is a
concrete mixing station based on commercial purposes. It should be efficient and economical, meeting environmental protection standards. The engineering
concrete plant is often for self-use. The buyer should have a consideration that whether it is in accordance with the engineering.
According to the number of
concrete mixers, the
concrete batching
plant divides into a single host
batching plant and double host batching
plant. The model name of the double main mixing station is the "Double HZS" series
concrete batching
plant. For example, Double HZS25
concrete batching plant means that this batching
plant equips with two JS500
concrete mixers.
According to the weighing method, it divides into independent weighing and cumulative weighing methods. On the one hand, independent weighing equips with a separate weighing unit for each material. After weighing each material, these materials will be mixed in the mixer. This weighing method has high precision, but it has a complicated design and cost. On the other hand, the accumulated weighing is to add all the aggregates into the unified hopper. It is prone to errors and unfavorable for the final production, and the more the number of batching bins. Besides, The more batching bins, the more likely the deviation will occur. So this method is not suitable for large projects. It, however, has a simple structural design and low cost.