1.Vacuum induction atomizing furnace is used to prepare metal powder using rapid solidification technology. 2.The metal should be melted using induction heating technology first, then the melted metal should be atomized through highly pressurized inert gas , and after condensation, the fine particles(powder) will be formed. 3.We can prepare metal powder of different diameters by adjusting the pressure and velocity of inert gas. 4.The furnace can be used for production of metal power of high purity, it can also used to produce metal powder of any compositions and complex material. 5.The furnace is widely used in navigation, spaceflight, national defence, war industry, scientific research and other related industry.

1.Semi-continuous vacuum induction melting furnace has all the advantages of vacuum induction melting furnace and besides that. 2.the vacuum valves are installed on the semi-continuous vacuum induction melting furnace between charging room and melting chamber as well as between melting chamber and casting room so that the charge can be loaded and unloaded, the alloys can be added, and steel ingot can be discharged without destroying vacuum and semi-continuous operation can be realized. 3.Due the melting chamber stay in vacuum all the time, the service life of crucible is increased and the melting time is decreased. 4.The furnace is fit for melting iron-based alloys, nickel-based alloys, cobalt-based alloys, other precision alloys, supper-alloy, magnetic material as well as precision casting.

Vacuum hot press furnace is used to shape metal powder or metal-ceramics mixture with pressure using hot pressing technology in vacuum.

1.Vacuum induction atomizing furnace is used to prepare metal powder using rapid solidification technology. 2.The metal should be melted using induction heating technology first, then the melted metal should be atomized through highly pressurized inert gas , and after condensation, the fine particles(powder) will be formed. 3.We can prepare metal powder of different diameters by adjusting the pressure and velocity of inert gas. 4.The furnace can be used for production of metal power of high purity, it can also used to produce metal powder of any compositions and complex material. 5.The furnace is widely used in navigation, spaceflight, national defence, war industry, scientific research and other related industry.

1.Vacuum induction levitation melting furnace realized the levitation melting in vacuum or under protective atmosphere using vacuum induction technology. 2.The furnace keep metal untouched by the crucible so that the purity of the metal can be improved.

1.Vacuum induction melting furnace (VIM) is used to perform the melting process in vacuum, utilizing mid-frequency induction heating technology. 2.Mainly melting and casting nickel-based alloy, special steel, precision alloy, neodymium iron boron, dysprosium metal, activated metal, super alloy, hydrogen storage materials, and magnetic material in vacuum or under protective atmosphere,mainly for scientific research institutes and manufacturing departments. The furnaces divided into two types: vertical and horizontal. 3.Either thyristor frequency converter or frequency changer set can be chosen as mid-frequency power supply, which will be determined by the clients.

Vacuum rapid quenching furnace is used to melt neodymium iron boron (alloy) in vacuum using mid-frequency induction heating technology and perform casting by pouring it onto a fast rotating cooling roller in order to form amorphous material to meet the processing requirement.

It is utilized to heat treat and degass various of alloy materials and components,such as W,Mo,Tungsten-copper alloy),magnetic materials,hydrogen storage metal,reactive and refractory metals.

1.Vacuum induction melting furnace (VIM) is used to perform the melting process in vacuum using mid-frequency induction heating technology. 2.mainly melting and casting nickel-based alloy, special steel, precision alloy, superalloy, rare earth metals, activated metal, copper and its alloys, hydrogen storage materials, neodymium iron boron, and magnetic material in vacuum or under protective atmosphere for scientific research institutes and manufacturing departments. 3.Either thyristor frequency converter or frequency changer set can be chosen as mid-frequency power supply, which will be determined by the clients.