Semi Automatic Electric Induction Brazing Machine, Voltage : 440 VAC

Brazing Is A Joining Process Traditionally Applied To Metals (but Also To Ceramics) In Which Molten Filler Metal (the Braze Alloy Flows Into The Joint. The Melting Point Of The Filler Metals Above 450°c , But Always Below The Melting Temperature Of The Parts To Be Joined , Which Distinguishes The Process From Welding Where High Temperatures Are Used To Melt The Base Metals. TogetherIdeal For Joining Dissimilar Metals , Brazing Is A Commercially Accepted Process Used In A Wide Range of Industries Due to its Flexibility And The High Integrity To Which Joints May Be Produced.

• PERFORM UNIFORM BRAZING 
• NO NEED FOR QUALIFOELD OR EXPERT OPERATOR
• LOW OR NILL RUNNING COST
• LESS MAINTENANCE, NO SERVICE REQUIRED 
• MORE OUTPUT PER HOUR
• COMPACT, EASILY INSTALLABLE AND MOVABLE
•  USER FRIENDLY 
• TAX DEPRECIABLE 

Some Applications Of Induction Brazing Are  
• Brazing A Steel Coupler And A Steel Wire Braze A Diamond Carbide Tip Onto Band Saw Blade

• Brazing Brass Tube And Fitting Assemblies

• Barring Carbide Tooth To Steel Pipe law Section

• Brazing Carbide Tips To A Steel Cutter

• Brazing A Carbide And Steel Shank For A Pipe Gripper  

• Brazing A Carbide Ball To A Spring To Create A Part

• Steel carbide Brazing Cutting Tool That Controls The Armature Position in A Motor

• Brazing Carbide To Steel For A Surgical Device. Brazing Carbide Insert To Steel Pipe Gripper Chuck

• Brazing Carbide Rotary File To High Speed Steel Shanks

• Brazing A Stainless Steel Shaft To A Carbide For A 

• Brazing Diamond Drill inserts Digger Used in Mining• Brazing A Steel And Carbide Assembly

• Brazing A Stainless Steel Shaft To A Carbide Cone

• Brazing A Carbide Tip And Magnetic Steel Tube For A Gripper Brazing. De Brazing Carbide, Steel Plates. Braze A Carbide Tip To Steel Cutting Tool.

• Brazing A Copper Alloy For Rotor Of Submersible Pumps