Reclaimed rubber desulfuration masticator

Abstract

The invention discloses a reclaimed rubber desulfuration masticator which consists of a stander, a protection shell, a transmission mechanism and a desulfuration mechanism, wherein the protection shell and the transmission mechanism are arranged on the stander; a material feeding opening is formed above the tail end of the protection shell, and a material outlet is formed in the lower part of the front end of the protection shell; a gas exhaust opening is formed in the upper part of the front end of the protection shell, and a supporting sleeve is arranged at the front end of the protection shell; the desulfuration mechanism is arranged in the protection shell and consists of a mandrel rotor and a wrapping rotor; the mandrel rotor is embedded into the wrapping rotor, and the mandrel rotor and the wrapping rotor are coaxial; material openings are formed in positions, which correspond to the material feeding opening and the material outlet, of the wrapping rotor. The reclaimed rubber desulfuration masticator is simple in structure; the conventional heating equipment and the conventional adding mechanism are eliminated, and the friction resistance among materials and shearing force of the rotors to the materials are effectively increased, so that the material mastication efficiency and the desulfuration efficiency are improved; therefore, the running energy consumption of equipment is greatly reduced, the yield of the equipment is increased, and waste gas produced in a desulfuration process can be conveniently collected in a concentrated manner, so that the pollution of the production to the environment is alleviated.

Description

technical field [0001] The utility model relates to a reclaimed rubber desulfurization kneader, which belongs to the field of regenerated rubber production equipment. Background technique [0002] At present, in the production of reclaimed rubber, the pressurized kneader is a very commonly used equipment and is widely used. When the currently used kneader is used, due to its structural limitations, it is necessary to add rubber powder and auxiliary materials to the kneader. Afterwards, kneading, mixing and desulfurization operations are carried out. After the kneading, mixing and desulfurization operations are completed, the materials in the kneader are taken out and the rubber powder and auxiliary materials are added again for operation, which leads to the inability to perform continuous operations, low work efficiency, and Auxiliary electric energy or steam is required for auxiliary pressurization and heating, and the energy consumption is relatively high, the floor area i...

AI Technical Summary

Problems solved by technology

[0002] At present, in the production of reclaimed rubber, the pressurized kneader is a very commonly used equipment and is widely used. When the currently used kneader is used, due to its structural limitations, it is necessary to add rubber powder and auxiliary materials to the kneader. Afterwards kneading, mixing and desulfurization operations are carried out. After the kneading, mixing and desulfurization operations are completed, the materials in the kneader are taken out and the rubber powder and auxiliary materials are added again for operation, which leads to the inability to perform continuous operations, low work efficiency, and Auxiliary electric energy or steam is needed for auxiliary pressurization and heating, the energy consumption is relatively high, the floor area is also large, and the exhaust gas collection is relatively difficult

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