:There are 2 important parameters of Induction Heating Machine:one is the ouput power, anotheris the ouput vibrated frequency.      The higher the frequency, the thinner the heating penetration. So it is important to select the frequency of the machine according to the heating desire to achieve best heating effect.     The output power decide the heating speed, so power is selected according to the weight of the parts and the heating temperature and the heating speed desired. :HengXin Induction Heating Machines' applications have been used in huge area.They are very credible and Efficiency. Applications: The heat treatment like metal anneal, diathermanous shaping, high frequency quenching,metal high frequency jointing, medium smelting, high frequency soldering and brazing, heat smearing, heat plastic encapsulation,Induction Annealing, Bar end Induction heating, Induction Billet heating, Induction Bonding, Induction Brazing, Induction Curing of powder or aqueous coatings, Induction Forging, Induction Forming, Induction Getter Flashing, Graphite Suscepter Induction Heating, Induction Hardening, Induction Melting, Induction Normalizing, Induction Outgassing, Induction Preheating for Galvanizing, Induction Shrink Fitting, Induction Soldering, Induction Tempering, Pre-Owned Equipment etc.  Annealing Heating and slow cooling of a material for reducing hardness and brittleness. Typically, the material has been hardened either through working or shaping rather than from an induction hardening process.      Billet Heating Typically heating of solid bars of steel for pressing, hammering, or working  into a shape to be machined into a final component.       Bonding An attachment process that typically joins two metals together using a thermo set adhesive. A common use for bonding is the adhesion of body panels to reinforcement structures in automobiles.      Brazing Joining of two or more items using a melted high temperature soldering material. The objects to be joined together and the braze material are both heated using high frequency induction.      Coating Heating of a component prior to applying a covering material that requires heat for melting, fusing, and adhesion to the component. A typical use for coating is the application of epoxy the the surface of rebar used in buildings and roadways.      Curing A drying process of a component that has had an applied paint or coating.      Expansion For Shrink Fit Heating of a component to promote expansion.  Typically the expanded object is placed on a second component. When the heated component cools it shrinks back to the original size providing a "shrink fit".      Forging Heating of a material to change the shape. A typical application is tube heating to form a raw forging for machining to a final component.      Semi Solid Forming Forming a component from a material that is not yet melted, but is soft enough to be formed into a new shape with a press and precision die.      Stress Relief Heating and slow cooling of a component to relieve stress that has occurred in a previous process such as welding or forming.      Surface Harden Heating for the purpose of achieving full hardness of metal in a shallow depth along the surface of the processed area. The hardened surface provides the basis for a wear surface while leaving the body of the component soft.       Tempering Heating and slow cooling of a material for reducing hardness and brittleness. Typically, the material has been intentionally hardened either by an induction or furnace heating process.       Through Harden Heating a component or zone on a component completely through the cross section of the material rather than hardening only a surface area.

Annealing	Bonding, Rubber/Metal	Brazing	Brazing	Cap Sealing
Carbide Tipping	Catheter Tipping	Crystal Pulling	Curing	Forging
Getter Firing	Hardening	Heat Treating	Hot Forming	Levitation
Material Testing	Melting	etal-glass Sealing	Metal-plastic Staking	MOCVD
Pin Sealing

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