Heating tubes, as an efficient electric heating method in tire vulcanization, are mainly used to replace traditional steam heating and provide stable and controllable heat sources for molds or tanks.
|
Application aspect |
Specific roles and heating methods |
main advantages |
| Mold external temperature heating | Insert or install the electric heating tube into the vulcanizing machine mold and directly heat the mold. | Energy conservation and environmental protection (high thermal efficiency), precise temperature control, reduced carbon emissions and energy costs. |
| Heating of vulcanization tank | As the main heat source of the vulcanization tank, the temperature inside the tank is uniformly maintained through a circulating hot air system. | Uniform temperature, high degree of automation, no need for supporting boilers, relatively simple structure, and easy maintenance. |
| Tire repair vulcanization | As a heating element in small repair equipment, it provides a heat source for local vulcanization. | The device has a simple structure and strong adaptability, but it has limitations such as long heating time and high energy consumption. |
How to choose?
In practical applications, choosing a heating tube or other heating methods usually requires comprehensive consideration:
1. Production scale and efficiency requirements: For high-efficiency, large-scale continuous production, electromagnetic induction heating may have more advantages; For small to medium-sized or high flexibility scenarios, resistance heating tubes may be more economical and practical.
2. Initial investment budget: The initial equipment investment for resistance heating is usually relatively low.
3. Specific requirements for tire quality: High end tire manufacturing with extremely high requirements for product uniformity and consistency tends to adopt advanced heating solutions that can achieve precise zone temperature control.
If you want to know more about our product, please contact us!
Post time: Oct-27-2025
