Vacuum rapid quenching / rapid solidification furnace

                                Vacuum rapid quenching / rapid solidification furnace

Vacuum rapid quenching / rapid solidification furnace applied for rare earth permanent magnet materials NdFeB, hydrogen storage alloy, nickel-base materials, high temperature alloys melting, rapid quenching and rapid solidification process in vacuum or inert gas atmosphere condition.
Main allocation:
1.vacuum melting & casting chamber
2.casting device : tundish and funnel
3.strip casting device : water cooling roller, roller surface clean & finish turning device.
4.cooling collection device : water cooling plate and mix mechanism
5.wind cooling system
6.vacuum system
7.medium frequency power
8.water cooling system
9.compressed air system
10.electric control system
11.operate platform

Generation of Electron Beam Melting

 Generation of Electron Beam Melting

Electronic speed continuous melting (EBCHM or EBCHR)
EBCHR (under high vacuum) allows the vacuum melting furnace, refining and solidification of the final ingot separated, preventing the molten metal flows into the ingot while insoluble components, which provides sufficient residence time to separate the volatile and the reaction of melting rate, and it can be achieved that the residue was evaporated to an impurity element is not required to detect almost undetectable level. Cr volatilization problems exist, the charge must be replenished in the. it's reported in the literature, the content of oxygen and nitrogen in the alloy is significantly reduced, non-metallic inclusions through the water-cooled liquid separator is mechanically removed or decomposed at the heat treatment intense electron beams, so the cleanliness of the material is better than other methods of melting the alloy.
Electron beam melting slag film (EBFFM) is a certain percentage of the slag film on the metal surface cooling bed, non-conducive to slag film covering part of the degassing of molten metal and slag film covering part helps reduce evaporation losses, complete removal of impurities task. Less work reported in this area.

Additive manufacturing 3D printing techonology

       Additive manufacturing 3D printing techonology

SIMUWU Vacuum Furnace had manufactured VIM gas atomization powder equipment for using 3D printing field. Additive manufacturing is a process of creating a three-dimensional object from a digital file. It is called additive because it generally involves building up thin layers of material, one by one. The technology can produce complex shapes that are not possible with traditional casting and machining methods, or subtractive techniques.
  The early adopters of additive manufacturing included high-end automotive, aerospace and consumer goods customers. Applications are growing across industries with increasing use in dental, medical and tooling. Advanced metal additive manufacturing is used to produce small numbers of industrial end use parts and an increasing number OEMs (Original Equipment Manufacturers) are adopting it as a complementary technology and integral part of their production processes.
 It is foreseeable that additive manufacturing will be integrated across all manufacturing industries.

Vacuum Induction Melting Furnace

            Vacuum Induction Melting Furnace

It is widely used in scientific research and producing
 departments for nickel base and its special steel, precision alloy, NdFeB,dysprosium metal,
 reactive metals, high temperature alloys,hydrogen storage material, magnetic materials, the research and production of
non-ferrous metals and their alloys.