What Makes the WEET WMT Hi-Fi Film Capacitor Different? Let WEET tells you.

A Hi-Fi Film Capacitor is an important component in audio circuits, where low signal loss and stable electrical performance are essential. 

The WEET WMT series is designed for high-quality audio applications, combining metallized polypropylene film technology with carefully designed leads and low-loss characteristics.

• Low-Loss Performance for Audio Applications

  The WEET WMT features a very low dissipation factor, low equivalent series resistance (ESR), and low inductance. Its dissipation factor is specified at ≤0.0010 at 1 kHz, helping minimize energy loss during operation. The series also features a quick transient design and excellent handling of high-current audio pulses.

• Silver and Gold-Plated Copper Leads

  One distinctive feature of the WMT series is its silver- and gold-plated tinned copper wire lead options. These leads offer good solderability and reliable electrical connections, making the capacitor suitable for audio equipment assembly and long-term use.

• Flexible Specifications for Different Audio Circuits

  The WEET WMT series offers capacitance values from 0.1 μF to 100 μF, rated voltages from 50 VDC to 630 VDC, and capacitance tolerances of ±2%, ±3%, and ±5%, depending on the specification. This range provides flexibility for different circuit designs, including speaker crossovers, coupling, decoupling, and filtering applications.

Visit the WEET WMT product page for more details or contact WEET to discuss your application requirements.

Choose WEET WMT for Your Audio Projects

With low-loss characteristics, carefully designed lead options, and flexible specifications, the WEET WMT series is a practical choice for audio equipment manufacturers and crossover designers seeking a reliable Hi-Fi Film Capacitor.

Are you curious about what factors affect WEET WMTaudio grade MKP capacitors price? Click this link to learn: WEET-What Factors Affect WEET WMT Audio Grade MKP Capacitors Price?

WEE Technolgy Company Limited Published On Oct 23, 2026