Copper Powder Classifier Disperser Inert Gas Protection Anti-Oxidation

Detailed introduction of inert gas-protected airflow classifier and disperser for processing copper powder:
Characteristics of copper:
When freshly cut, it appears reddish-orange with a metallic luster; the pure substance is purplish-red. It has good ductility, high thermal and electrical conductivity, a melting point of 1357.77 K (1083.4°C) for the pure substance, a boiling point of 2835 K (2562°C) for the pure substance, and a Mohs hardness of 3.
Uses of copper powder:
Used in the production of microelectronic devices, for manufacturing terminals of multilayer ceramic capacitors. It can also serve as a catalyst in the synthesis reaction of carbon dioxide and hydrogen. Additionally, it is used in petroleum lubricants, pharmaceuticals, electroplating, coatings, and other industries.
Equipment selection:
Based on the characteristics of the material, the inert gas-protected airflow classifier is recommended. This equipment set strictly controls particle distribution, ensuring qualified collection rates and product yield. The entire production line employs our company's mature process, with stable equipment performance, constant operating parameters, and reliable quality.
Applicable model:
ZJ-DBF
This airflow classifier is specifically designed and developed for flammable, explosive, and easily oxidizable materials. It is based on ordinary airflow classifiers and vertical turbine high-precision classifiers, with modifications such as altering the gas composition, adjusting the inlet and outlet pipelines, and enhancing the sealing process. The entire system uses inert gas as the working fluid medium. The complete equipment set consists of an inert gas source, oxygen content tester, intake pipeline system, closed-loop feeding system, vertical turbine classifier, induced draft fan, sealed displacement discharge valve, anti-static pulse reverse blow dust collector, inert gas replenishment device, and cooler. The outlet of the induced draft fan is connected to the intake inlet of the classifier, forming a closed-loop inert gas circulation system.