The following is a construction case about using electromagnetic heating instead of granulators, extruders, and wire drawing machines:

In a manufacturing factory, in order to improve production efficiency and product quality, they decided to retrofit the granulator, extruder, and wire drawing machine with electromagnetic heating.

Firstly, they contacted a professional electromagnetic heating equipment supplier and discussed in detail the equipment requirements and effectiveness. According to the factory's requirements, the supplier designed a customized electromagnetic heating system and cooperated with the factory.

During the construction process, the engineering team first conducted on-site assessments and adjusted and modified the equipment to meet the installation requirements of the electromagnetic heating system. They installed electromagnetic heating coils and ensured close and firm contact with the equipment.

Next, they installed electromagnetic heating controllers and temperature sensors to achieve precise temperature control. These controllers can monitor and adjust the heating process to ensure that the material undergoes granulation, extrusion, and wire drawing processes at appropriate temperatures.

Finally, they conducted a comprehensive inspection and testing to ensure the normal operation of the electromagnetic heating system and its compatibility with the original equipment.

After transformation, the granulator, extruder, and wire drawing machine were successfully transformed into electromagnetic heating systems. These improvements have brought many advantages, including higher production efficiency, more precise temperature control, more uniform heating, and higher product quality. In addition, the electromagnetic heating system can also provide a safer and cleaner working environment.

This construction case demonstrates the process of changing traditional heat sources to electromagnetic heating and the significant advantages brought by the changes. However, the construction plan may vary depending on specific factory and equipment requirements, so sufficient research and consultation are required before any modifications are made.