General-purpose high-voltage electric induction heating capacitors use high-quality insulation materials and advanced manufacturing processes to ensure long-term stable operation of the capacitors in high-voltage environments, effectively resist voltage fluctuations, and ensure the continuity and safety of the heating process. By optimizing the capacitor structure and dielectric formula, this product achieves extremely high energy conversion efficiency, converts electrical energy into thermal energy quickly and efficiently, significantly increases the heating speed, and shortens the production cycle. As a universal design, this capacitor can be seamlessly connected with induction heating equipment on the market to meet different process requirements and achieve flexible configuration and upgrades.
Application areas:
Metal industry: smelting and heat treatment of aluminum alloy, copper, steel, and other materials.
Machinery manufacturing: rapid heating, quenching, and tempering of parts.
Plastic industry: preheating and forming auxiliary heating of plastic molds.
Glass-ceramics: glass tube drawing, ceramic sintering, and other processes.
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Designed for high-voltage induction heating applications requiring long-term stability and energy efficiency. Supports metal industry, machinery manufacturing, plastic industry, and glass-ceramics processing.
The RFM series delivers general-purpose high-voltage electric induction heating capabilities, supporting diverse industrial applications requiring stable operation and efficient energy conversion.
The capacitor construction uses metallized polypropylene film dielectric with self-healing properties. High-quality insulation materials and advanced manufacturing processes ensure long-term stable operation in high-voltage environments, effectively resisting voltage fluctuations and ensuring heating process continuity and safety. Optimized capacitor structure and dielectric formulation achieve energy conversion efficiency, converting electrical energy into thermal energy rapidly and efficiently.
As a universal design, this capacitor connects with induction heating equipment on the market to meet different process requirements, enabling flexible configuration and upgrades.
High-quality insulation materials and advanced manufacturing processes ensure long-term stable operation in high-voltage environments, effectively resisting voltage fluctuations and ensuring process continuity.
Optimized capacitor structure and dielectric formulation achieve energy conversion, converting electrical energy into thermal energy rapidly and efficiently, significantly increasing heating speed and shortening production cycles.
Connects with induction heating equipment on the market, meeting different process requirements and enabling flexible configuration and system upgrades.
Advanced manufacturing processes and insulation materials ensure reliable operation, reducing downtime and maintenance requirements for industrial heating systems.
High-quality insulation materials with self-healing properties. Advanced manufacturing processes ensure long-term stable operation in high-voltage environments.
Optimized capacitor structure and dielectric formulation achieve high energy conversion efficiency, converting electrical energy into thermal energy rapidly for increased heating speed.
Seamless connection with induction heating equipment on the market. Flexible configuration and upgrade capability to meet different process requirements.
Live case design with one terminal connected to casing for grounded systems. Isolated case design with all terminals isolated for floating systems. Sub-section options for internal fault isolation.
Suitable for diverse applications including metal smelting, heat treatment, rapid heating, quenching, tempering, preheating, and ceramic sintering processes.
Provides efficient heating for aluminum alloy, copper, steel, and other materials through smelting and heat treatment operations. High-voltage stability ensures consistent results.
Supports rapid heating, quenching, and tempering of mechanical parts. Energy conversion efficiency enables faster processing and shorter production cycles.
Enables preheating and forming auxiliary heating of plastic molds. Universal compatibility ensures integration with existing equipment.
Supports glass tube drawing and ceramic sintering processes. Provides stable and controlled heating for precise material processing.
Single cooled configurations require adequate airflow for heat dissipation. Double cooled configurations provide enhanced thermal management for higher power applications. Ensure proper clearance around cooling vents.
Verify system voltage matches capacitor rating before installation. High-quality insulation materials ensure stable operation in high-voltage environments, but proper voltage matching is essential.
Install with cooling ports oriented for optimal airflow. Single cooled configurations require horizontal mounting; double cooled configurations offer more installation flexibility.
Torque bus bar connections to specified values to minimize contact resistance. Loose connections cause localized heating and potential performance degradation. Follow manufacturer specifications.
Indoor installation only. Ambient temperature range: -25°C to +50°C. Avoid corrosive gases, conductive dust, and excessive vibration. Universal design ensures compatibility with various industrial environments.
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