Understanding Bod Pod Technology: A Comprehensive Overview

[Rank Feed]

Approach to preparing material powders may be around split into two categories: physical compound and physical method. Technical process is about physical crushing process and material burn atomization. The former one employs the physical running, vortex running, crushing and centrifugal air flow smashed and other technologies.

mediaimage
The second one is split into standard atomization and quick solidification atomization method. The main one applying quick solidification immediately from the material burn atomized material dust in the dust metallurgy and components research has attracted much attention. Double atomization is the main way of the present commercial manufacturing of material powder.

The high-pressure water atomization and high-pressure gasoline atomization process applying large force water and large force gasoline because the atomizing press to break the constant thin stream of molten material,The progress of material dust engineering Articles they're the main process for the manufacturing of material powder. The atomization device including the synthesis of liquid thin coating, the thin coating of damaged material movement of cotton and material movement thread contraction of the three phases of the micro-droplets. High-pressure gasoline atomization of 50-100¼m diameter material dust, high-pressure water atomized dust compound measurement between 75-200¼m; gasoline atomized dust for smooth round cooling rate of approximately 102-103 ° D / s, water atomization dust usually has an abnormal form and floor, the cooling rate of 102-104 / s. High-pressure gasoline atomization and water atomization is commonly utilized in large-tonnage manufacturing of aluminum, software steel, super alloys, bronze powder(FCu 663), metal, container and low-alloy powder.

The fast turning cup process also called the turning water law. Fit in to the turning cup quenching medium (which might be aqueous options, hydrocarbons, cryogenic fluids, etc.), material movement is damaged under the force of the argon, fluid material, quench, under the centrifugal force through quick quenching press to reach the turn and ultimately obtain the powder. Examination indicated that increasing the speed of the turning cup, reduce steadily the fluid material nozzle measurement, and improve the superheat of the fluid material may be refined dust measurement; increase the atomization technology gasoline injection force can reduce steadily the splashing of the fluid material at first glance of quenching medium, and then increase dust healing rate. The molten material first gasoline atomization, centrifugal atomization and surprise atomization, and then in to the turning cup quenching medium, which is often eliminated crucible nozzle blocking and corrosion, but additionally improve the atomization efficiency.