Please Choose Your Language
The electromagnetic induction heating coil is an essential component of the electromagnetic induction heating control system. Serving as the heating coil for the electromagnetic induction heating controller, its primary function is to convert the electrical energy from the electromagnetic heating controller into thermal energy, enabling the heating of objects.
Conductive Cross - section: Special attention must be paid to the coil's conductive cross - section, which should be approximately 2 - 2.5 times the input current, typically calculated at 5A/mm². For instance, a 2.5KW device has an operating current of about 10 - 11A, and the coil output current is around 20 - 25A.
Other Parameters: The number of turns and inductance of the coil are also key parameters that need careful consideration during production.
Industrial Fields: They are used in industries such as plastics, rubber, petroleum, chemical, ceramics, and glass manufacturing.
Daily - life Fields: Commonly found in products like induction cookers and water heaters.
These coils boast advantages of high efficiency, environmental friendliness, and energy conservation. They can enhance energy utilization and reduce energy waste, contributing to more sustainable production and consumption patterns. However, safety issues should also be heeded during use.
Design and Structure: Our coils feature diverse and optimized designs, such as the well - arranged coil structures shown in the product images. These designs ensure more uniform energy distribution during the heating process compared to some competitors' products, which may have less - refined coil layouts leading to uneven heating.
Production Precision: While competitors also have production requirements, our strict adherence to parameters like the conductive cross - section (accurately maintaining the 2 - 2.5 times input current ratio) and precise control over the number of turns and inductance gives our coils better performance stability. Some competitors may have variations in these parameters, resulting in inconsistent heating efficiency and potential machine malfunctions.
Adaptability: Our coils demonstrate strong adaptability across a wide range of application scenarios, from industrial large - scale heating to daily - use small appliances. In contrast, some competing products may be more specialized or have limitations in adapting to different power and heating object requirements.
The electromagnetic induction heating coil is an essential component of the electromagnetic induction heating control system. Serving as the heating coil for the electromagnetic induction heating controller, its primary function is to convert the electrical energy from the electromagnetic heating controller into thermal energy, enabling the heating of objects.
Conductive Cross - section: Special attention must be paid to the coil's conductive cross - section, which should be approximately 2 - 2.5 times the input current, typically calculated at 5A/mm². For instance, a 2.5KW device has an operating current of about 10 - 11A, and the coil output current is around 20 - 25A.
Other Parameters: The number of turns and inductance of the coil are also key parameters that need careful consideration during production.
Industrial Fields: They are used in industries such as plastics, rubber, petroleum, chemical, ceramics, and glass manufacturing.
Daily - life Fields: Commonly found in products like induction cookers and water heaters.
These coils boast advantages of high efficiency, environmental friendliness, and energy conservation. They can enhance energy utilization and reduce energy waste, contributing to more sustainable production and consumption patterns. However, safety issues should also be heeded during use.
Design and Structure: Our coils feature diverse and optimized designs, such as the well - arranged coil structures shown in the product images. These designs ensure more uniform energy distribution during the heating process compared to some competitors' products, which may have less - refined coil layouts leading to uneven heating.
Production Precision: While competitors also have production requirements, our strict adherence to parameters like the conductive cross - section (accurately maintaining the 2 - 2.5 times input current ratio) and precise control over the number of turns and inductance gives our coils better performance stability. Some competitors may have variations in these parameters, resulting in inconsistent heating efficiency and potential machine malfunctions.
Adaptability: Our coils demonstrate strong adaptability across a wide range of application scenarios, from industrial large - scale heating to daily - use small appliances. In contrast, some competing products may be more specialized or have limitations in adapting to different power and heating object requirements.
