Prinova Global
Model: KX-15
Rated Power: 15KW
Heating area: 150-200mm²
Input Current: 22A
Request A Quote95% of the power consumption is converted into working heat energy.
Coil loss ≈ 2%, control unit loss ≈ 2%, and the insulation layer can retain 98% of the energy on the barrel.
Only the barrel is heated, while the screw remains cool.
Eliminate the inertia phenomenon of heating, and the temperature rise and fall are rapid and efficient.
There is no dead angle in heating, and the entire barrel is evenly heated.
The electromagnetic coil stays cool, so it has a very long life.It can realize automatic operation and precise control.
This greatly improves production efficiency and product quality, while reducing interference from human factors.
The 15kW electromagnetic heating system enhances the working environment, boosts production efficiency, and significantly reduces operating costs. Designed for safe, flameless operation, this equipment ensures consistent heating performance while maintaining high product quality.
| Electromagnetic Heating Equipment | |
| Model | KX-15 |
| Power | 15KW |
| Voltage | Three phase 380V |
| Heating Area | 150-200mm² |
| Equipped Copper-core Cable | ≥6 mm² |
| Current | 22A |
| Frequency | 13-16KHz |
Electromagnetic heating equipment provides a highly efficient, contactless, and precisely controllable heating solution. It works by inducing alternating magnetic fields into electrically conductive materials, generating heat directly within the component. This method ensures rapid, localized heating with minimal energy loss. Compared to traditional heating technologies, electromagnetic heating offers significantly lower operating costs and substantial long-term energy savings.
Traditional electric heating equipment relies on contact conduction to transfer heat to the barrel surface. In this method, only the inner surface of the barrel receives effective heat, while a large portion of energy radiates outward and dissipates into the surrounding air. This results in significant heat conduction loss, increased ambient temperature, and wasted energy.
In contrast, electromagnetic heating technology applies the principle of electromagnetic induction, causing the metal barrel itself to generate heat internally. By wrapping the outer barrel with a heat-insulating layer, energy loss is minimized and thermal efficiency is significantly improved. This advanced method can reduce energy consumption by 30% to 75%, making it an ideal solution for energy-conscious industries.
Furthermore, the electromagnetic heating coil does not produce heat on its own. Made from high-temperature-resistant cables and insulating materials, it eliminates the degradation issues common in traditional resistance wires caused by high-temperature oxidation. This leads to a longer lifespan, faster heating response, and virtually maintenance-free operation, helping manufacturers reduce downtime and lower operational costs.
Electromagnetic heating systems have been widely adopted in industries such as plastics manufacturing, building materials, and pipeline production, delivering consistent performance and significant cost savings for enterprises worldwide.
Electromagnetic heating systems are widely used across various industries due to their energy efficiency, precise temperature control, and cost-saving performance. Below are key application areas where Kexin’s electromagnetic heating equipment delivers outstanding results:
Plastics & Rubber Industry
Electromagnetic heating is ideal for plastic and rubber processing machinery, offering fast, uniform, and stable heating for:
Pharmaceutical & Chemical Industry
For the pharmaceutical and chemical sectors, electromagnetic heating supports:
Energy & Food Processing
In energy and food industries, electromagnetic heating offers:
High-Power Commercial Applications
Used in high-power commercial electromagnetic stove assemblies, our systems provide fast response, long life, and superior thermal stability, making them perfect for demanding commercial kitchen or industrial stove systems.
Building Materials Industry
Electromagnetic heating is widely used in plastic pipe production and extrusion lines, ensuring consistent output and cost-efficiency for:
Printing Equipment
Ideal for drying and heating in printing machinery, electromagnetic heating enables precise temperature control while minimizing energy loss, making it suitable for both small-scale and industrial-grade printing operations.
Other Industrial Heating Needs
Our electromagnetic heating systems are also suitable for a variety of other industrial applications requiring safe, efficient, and maintenance-free electric heating solutions.
Get a customized induction heating solution tailored to your production needs. Our engineers will recommend the right equipment and help you get started.
Get a customized induction heating solution tailored to your production needs.