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Induction Heaters for Shrink Fitting
Induction Heater for Shrink Fitting Stainless Steel Plate Onto Aluminium
Shrink fitting is a method in which an intrusion fit is attained by a relative size modification after assembly. In other words, Shrink fitting refers generally to procedures in which thermal expansion and contraction effects are used to accomplish an interference fit. Shrink Fitting Stainless Steel Plate onto Aluminium is a procedure in which heat is used to generate a very strong joint between two pieces of metal, one of which is implanted into the other. Heating causes one piece of metal to contract or expand on to the other, creating intrusion and pressure which holds the two pieces together mechanically.
Shrink fitting using induction heater simplifies assembling and disassembling steel parts. The process is rapid, and the joints are neat and accurate. Gentle, non-contact heat magnifies the outer mating part uniformly without negatively affecting the microstructure, while the inner part is implanted at ambient temperature. Induction shrink fitting process allows consistency, controllability, accuracy and speed. The Induction Shrink Fitting process produces exceptionally uniform consistent heat, allowing less heat to be used and the temperature mechanism is accurate with precise control of ramp-up times and holding temperatures.
Shrink fitting using induction heater simplifies assembling and disassembling steel parts. The process is rapid, and the joints are neat and accurate. Gentle, non-contact heat magnifies the outer mating part uniformly without negatively affecting the microstructure, while the inner part is implanted at ambient temperature. Induction shrink fitting process allows consistency, controllability, accuracy and speed. The Induction Shrink Fitting process produces exceptionally uniform consistent heat, allowing less heat to be used and the temperature mechanism is accurate with precise control of ramp-up times and holding temperatures.







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