Features
Most of the concrete mixing plant has developed the packaging form, then what is the specific role of the concrete mixing plant packaging?
1. Prevent dust from sand and stone material stacking yard
Concrete mixing station needs sand and stone raw materials, sand and stone raw materials will be stacked in the place of dust, which is related to the external wind and material moisture content, in order to avoid the outdoor accumulation of raw materials such as sand and stone and ensure a certain water content of the material shed is an effective way to curb this dust, so the concrete mixing station will be the raw material storage yard with steel frame structure to carry out closure. In addition, the automatic spray system equipment is set up in the steel structure plant, which cleverly reduces the generation of such dust and effectively reduces the pollution and control of dust on the environment.
2. Prevent dust in the whole process of sand and stone transportation
The package of concrete mixing plant includes; The sealing of sand and stone conveyor belt, so that the transportation of sand and stone raw materials, measurement and verification, feeding and other equipment can be carried out in a closed environment, not only the spray dust removal effect is obvious, and the outflow of concrete raw materials is suppressed, saving operating costs.
3. Prevent powder tank top suction hole and bottom dust
For the dust generated by the suction hole at the top of the powder tank and the bottom of the warehouse, a steel frame structure plant can still be built to seal it in. At the same time, the traditional dust removal method is used to install a filter filter on the top of a number of powder tanks, and the negative pressure air inlet dust removal equipment is selected at the bottom of the tank. The advantages of this design scheme are that The collected material dust can be sent to the mixer for the production and use of concrete, eliminating waste, and the effective dust removal rate of the cement tank can reach 99.5%.
