Скачать или смотреть Induction Heating of Aluminum Bearing Inner Bore for Hot Installation & Removal

🔥 Induction Heating of Aluminum Bearing Inner Bore for Hot Installation & Removal

This video demonstrates how induction heating technology is used to heat the inner bore of an aluminum bearing housing for hot fitting (thermal expansion installation) and hot removal (disassembly).

By precisely heating the aluminum inner bore, the bore expands evenly, allowing bearings or interference-fit components to be installed or removed quickly, safely, and without mechanical damage. This method is widely used in industrial assembly and maintenance applications.

⚙️ What You’ll See in This Video
✔ Induction heater setup and working principle
✔ Coil positioning for aluminum inner bore heating
✔ Power and temperature control settings
✔ Real-time heating process of the bearing bore
✔ Hot installation of interference-fit bearings
✔ Hot removal of bearings without force or damage
✔ Safety and operational best practices

🔧 Why Use Induction Heating for Bearing Installation?
Compared with flame heating, ovens, or oil baths, induction heating offers significant advantages:
Fast and efficient heating
Uniform temperature distribution
No open flame, safer operation
Precise temperature control
Minimal distortion of aluminum parts
Ideal for inner bore and localized heating
Induction heating is especially suitable for aluminum bearing housings, where controlled thermal expansion is critical to avoid deformation.


🏭 Typical Applications
Aluminum bearing housing hot fit
Bearing installation and removal
Interference fit assembly
Electric motor housings
Gearboxes and transmission components
Maintenance and repair operations (MRO)

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