Cobalt powder is one of the main raw materials of hard alloys, and demand at home and abroad increases year by year. Cobalt powder is susceptible to oxidation in the humid air. Therefore, during the preparation of cobalt powder, it needs to ensure that it isolates from air. The inert gas protection airflow classifiers produced by Fuming Machinery in Shandong Youmingke Machinery are used for the fine grades of cobalt powder, which can ensure that raw materials are isolated from air, thereby eliminating the oxidation of raw materials. At present, the lazy gas protection airflow classifier has become a conventional method in the classification of cobalt powder.
Shandong Youmingke Powder Mechanical Machine Invasted Gas Model HTS is HTS. Or carbon dioxide, etc.), the entire system is closed, and inert gas is repeatedly used.
The process process of HTS inert gas protection airflow classifier is as follows:
Nitrogen protection airflow grading machine is based on the air flow grading machine of ordinary gas source The wind pipeline in the air, improve the sealing process of equipment, etc., and develops and developed materials such as flammable and explosive, oxidation and other materials.
The entire system of the equipment uses nitrogen or carbon dioxide gas as the working medium. The full set of equipment is a full set of equipment from an inert gas source, oxygen content tester, intake pipeline system, closed -circuit feeding system, airflow classifier, cited fan, closed replacement replacement and unloading The material valve, anti -severity pulse reflector blowing off the dust collector, inert gas supplementary device, cooler, etc., and the export of the fans to the graded machine inlet air inlet to form a nitrogen closed circulation system.
An inert gas protection airflow grading machine
From the above, the entire production flow line of the inert gas protection airflow is fully enclosed. Dust and dust pollution. Adopting PLC programming control, security measures are multi -pronged, and parallel work is required. As long as one of the measures is required to effectively play a role, it can prevent hidden safety hazards.