Induction Heater 1300W 110V Bolt Removal,Handheld Magnetic Induction Heater Tool with 5 Coils for Rusty Screw Removing,Red
Induction Heater 1300W 110V Bolt Removal,Handheld Magnetic Induction Heater Tool with 5 Coils for Rusty Screw Removing,Red
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SKU:B0FCRLVTK2
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Product description
Magnetic Induction Heater Kit - 1300W 110V Heat Induction Tool with 5 Coils
TROUBLE SHOOTING:If the device cannot heat upand the fan is working properly, please check if the switch is constantly pressed? When working, the switch must be kept pressed, released switch to stop heating.
Please note that this product does not come with a tool box.
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Magnetic Induction Heater Kit - 1300W 110V
Merchant Video-
How does a induction bolt heater work?
When a conductive material, such as a metal bolt, is placed within this magnetic field.These eddy currents, in turn, generate heat within the material through electrical resistance.
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What metals cannot be heated by induction?
Aluminum and Copper can not work on an induction heater because of the electrical properties.
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Do induction heaters work on bolts?
The induction heater tool can heat threaded nuts and rusty screws, and is also suitable for heat treating a variety of small metal parts in automotive, mechanical applications.
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What size rusted screw is this induction heater best suited for?
The induction heater is most effective for heating small household screws with a diameter of less than 4CM(1.57IN). Please choose the most suitable heating object before use.
| Input Voltage | 110V |
| Rated Power | 1300W |
| Coil Inner Diameter | φ: 0.59''(15 mm)*1/0.78''(20 mm)*1/1.18''(30 mm)*1 /1.57''(40mm)*1/DIY-coils*1 |
| Heating time | 5~25s Different heating times for different screw materials |
| Heating temperature | 1472℉/800 ℃ |
| Number of coils | 5-Coils in total |
| Is there a toolbox? | Please note that this one does not have a toolbox. |
1. If heating seems ineffective, check if the material is aluminum or copper. These metals cannot be heated with an induction heater due to their electrical properties.
2. Different materials have different heating times and efficiencies, so the time will vary accordingly.
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