Product Announcements:
Film Capacitors

The WAM Series AC filter capacitors are designed for variable frequency motor drives, UPS systems, and solar inverters. Featuring self-healing metallized polypropylene film technology, THB-tested reliability, and a service life of up to 100,000 hours, they provide stable performance in demanding operating environments. Read more...

Low loss, high stability metallized polypropylene film capacitor with flame retardant coating. Ideal for consumer electronics, PFC circuits, power supplies, and inverter welders. Read more...

W3B (WLM series) power capacitors feature low ESR, high ripple current endurance, and long service life, ideal for power supplies, high-voltage filtering, and heavy-duty electronic systems. Read more...

High-performance W43 film capacitors for EV DC-DC converters, ensuring voltage stability, EMC filtering, and extended system efficiency and lifespan. Read more...

High-reliability metallized polypropylene X1/X2/Y2 capacitors with 85°C/85% RH endurance, flame resistance, and robust voltage tolerance for harsh industrial environments. Read more...

Self-healing film capacitors deliver stable performance, long lifespan, and reliable operation for power supplies, inverters, and electronic systems. Read more...

The W3B(WLM Series) Power Electronic Capacitor features a metallized polypropylene film structure, ensuring self-healing and high durability. Ideal for general-purpose, high current, and power supply applications, it offers a wide capacitance range and reliable performance. Read more...

WLM series film capacitors deliver high stability, low ESR, and long lifespan for DC support in electric vehicle power systems. Read more...

W3B power capacitor offers low ESR, high ripple current, and high voltage endurance, ideal for filtering, energy storage, and voltage stabilization in demanding industrial systems. Read more...

WLS DC-Link capacitors with low ESR, high ripple current, and long life for frequency inverter servos, welding machines, and industrial high-power systems. Read more...