Calcium carbonate processing device for flame retardant cables

Abstract

The invention provides a calcium carbonate processing device for flame retardant cables. The calcium carbonate processing device for the flame retardant cables comprises a processing box, a pluralityof supporting feet connected to the lower end of the processing box, two symmetrical discharging openings connected to the lower end of the processing box in a cutthrough mode, a motor connected to the bottom wall of the processing box through a first supporting frame and a rotary shaft connected to a rotating shaft of the motor. According to the calcium carbonate processing device for the flame retardant cables, deficiencies of the prior art are overcome, the design is reasonable, and the structure is compact; a pressure test of a mixed solution of calcium carbonate sediment and water is carried out through a pressing plate, the water in the solution is enabled to outflow through water filtering holes, and thus the dehydration process is achieved; the water in the calcium carbonate sediment is heated and evaporated by annular heating plates, and thus a good drying effect is achieved; and through the structural combination of touch rods and touch plates, a trapezoid circular table is driven to shake, and thus the smashing effect is realized; and the number of operation processes is reduced, and the working efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of calcium carbonate processing equipment, in particular to a calcium carbonate processing device for flame-retardant cables. Background technique [0002] Cables are the medium used to transmit information in people's lives. When a fire occurs, ordinary cables will be burned out and affect communication. In order to avoid this situation, flame-retardant cables are usually used. During the production process of flame-retardant cables The cable is filled with light calcium carbonate. [0003] Light calcium carbonate is a filler with a wide range of uses. The production of light calcium carbonate is divided according to the carbonization process. At present, the industrialization mainly includes intermittent bubbling carbonization process, multi-stage bubbling carbonization process, continuous spray carbonization process, ultra- Four kinds of gravity carbonization process. [0004] Among them, the most used ...

AI Technical Summary

Problems solved by technology

[0005] However, in the current production equipment, after the calcium carbonate precipitate is produced, the aqueous solution of the calcium carbonate precipitate needs to be dehydrated, dried and pulverized. Multiple equipment is required, which is complicated to operate and results in low production efficiency.

Images