With the continuous evolution of modern industrial heating technology towards higher efficiency, cleaner operation, and greater intelligence, electromagnetic heating furnaces, with their advantages of non-contact heating, high energy efficiency, and low e

In industrial applications such as metal heat treatment, plastic preheating, glass bending, and composite material curing, heating efficiency, temperature uniformity, and energy consumption directly determine production costs and product quality.

In the development of modern thermal energy equipment, heating efficiency and temperature uniformity have become key indicators for evaluating product quality.

In the pursuit of efficient thermal energy utilization, the "fit" between the heating equipment and the heated object often determines the efficiency of energy transfer.

Keeping the equipment clean can prevent dust buildup from causing poor heat dissipation, which in turn can trigger the chip's overheat protection.

Using a power module with power factor correction (PFC) can reduce harmonic interference at the source.