Vacuum Induction Furnace
-
VIM-HC Vacuum Induction Electromagnetic Levitation Melting
Model introduction
It is suitable for vacuum induction melting and casting of active materials such as titanium, zirconium, superconductors, hydrogen storage materials, shape memory alloys, intermetallic alloys and high-temperature materials.
-
VIM-C Vacuum induction melting and casting furnace
Model introduction
The VIM=c series vacuum induction melting and casting furnace system is suitable for metals, alloys, or special materials. Under high vacuum, medium vacuum, or various protective atmospheres, raw materials are placed in crucibles made of ceramic, graphite, or special materials for melting. The desired form is then achieved according to process requirements, enabling experimental molding, pilot production, or final mass production.
-
VIGA Vacuum atomization powder making device
Model introduction
Vacuum atomization works by melting metals and metal alloys under vacuum or gas protection conditions. The molten metal flows downwards through an insulated crucible and a guide nozzle, and is atomized and broken into numerous fine droplets by a high-pressure gas flow through a nozzle. These fine droplets solidify into spherical and subspherical particles during flight, which are then screened and separated to produce metal powders of various particle sizes.
Metal powder technology is currently the most widely used production method across various industries.
-
VGI Vacuum Rapid Solidification Belt Casting Furnace
Model introduction
The VGI series vacuum rapid solidification casting furnace melts, degasses, alloys, and refines metal or alloy materials under vacuum or a protective atmosphere. The melt is then cast into a crucible and poured into an tundish before being transferred to rapid-quenching water-cooled rollers. After rapid cooling, thin sheets are formed, followed by secondary cooling in a storage tank to produce qualified microcrystalline sheets.
The VGI-SC series vacuum induction casting furnace is available in various sizes: 10kg, 25kg, 50kg, 200kg, 300kg, 600kg, and 1T.
Customized equipment can be provided to meet specific user process requirements.
-
VIM-DS Vacuum Directional Solidification Furnace
Model introduction
The VIM-DS vacuum directional solidification furnace adds two major functions to a conventional vacuum melting furnace: a mold shell heating system and a rapid solidification control system for molten alloy.
This equipment utilizes medium-frequency induction heating to melt materials under vacuum or gas protection conditions. The molten material is then poured into a crucible of a specific shape and heated, held, and temperature-controlled by a resistance or induction heating furnace (with a combined screen). The crucible is then slowly lowered through a region with a large temperature gradient, allowing crystal growth to begin from the bottom of the crucible and gradually move upwards. This product is mainly suitable for producing high-temperature alloys, optical crystals, scintillation crystals, and laser crystals.