High -temperature alloys usually contain lively elements, and due to the cold -state of the powder particles, the alloy must always be under the protection of vacuum or inert gas during the entire powder metallurgical manufacturing process, and the thermal forming process must be used. After the powder high -temperature alloy is crushed, it needs to be further detailed to separate particles with uniform granularity and narrow distribution. Qingdao Youmingke generally uses HTS inert gas protection air -flow grading machine processing powder high -temperature alloy. This equipment is one of the main products of Qingdao Youmingke, which is specially used for fine grading of flammable and explosive oxidation raw materials. In addition to high -temperature alloy powder, HTS inert gas protection airflow classifiers can also be applied to fine spherical aluminum powder, selenium powder, cymbal iron powder, cobalt powder, tungsten powder, magnesium powder, nickel powder, pink powder, etc.
HTS -type inert gas protection air flow grading machine is based The medium consists of nitrogen circulation system, crushing system, hierarchical system, collecting system, addition, unloading system, nitrogen purity test supplementary system, and electrical control system. Qingdao Youmingke's inert gas protection dedicated airflow crushing classifier is widely used in metal powder, which has been widely used in the processing of easy oxidation raw materials and flammable and explosive materials. HTS -type inert gas protection airflow classifier system enters nitrogen after vacuum, so that after the system reaches a certain pressure, the van dealer transports the material to the grading cavity; It is impossible to pass the grade wheel. At the same time, the fans are partially overcome the centrifugal force and suck away the fine powder. The fine powder penetrates the gap between the multi -grade wheel blades, enters the cyclone collector or directly enter the dust collector, thereby reaching the purpose of the separation of thickness materials. The thick particle clip is partially lost after the wall hit the wall, and dropped along the wall of the tube to the second air outlet. After the strong washing and dispersed effect of the second wind, the thickness particles were further separated, and the fine particles rose to the second grading of the grading zone. The particles are reduced to the discharge of the unloading mouth. The turbine -type airflow classifier can be connected in series with the multi -stage airflow classifier, and form a nitrogen grading system at the whirlwind separator, the dust collector, the reference fan, and the nitrogen source.