• Flameproof UL94V0 molded package, resistant to sulfuration, heat and humidity
• Special design for automatic surface mounting
• Metal-glaze elements provide high stable performance against environmental conditions and overload
• Ultra high surge withstanding & pulse withstanding performance
• Excellent mechanical strength & electrical stability
• Reduces assembly costs

The anti-sulfur metal glaze high-voltage chip resistor is a high-stability resistor specifically designed for high voltage and harsh environments.

This series features a molded package structure, meets UL94V-0 flame retardant standards, and possesses excellent heat resistance, moisture resistance, and anti-sulfurization properties.

Even under prolonged exposure to sulfur-containing environments (such as industrial areas, automotive exhaust, and lighting power supplies), it maintains stable resistance and reliable electrical performance.

Excellent Anti-Sulfuration Performance
Utilizing a special anti-sulfurization alloy terminal electrode material, it effectively resists open circuits or resistance drift caused by silver sulfide formation, ensuring long-term stable operation in industrial gas or automotive environments.

Flame-retardant encapsulation design (Flameproof UL94V-0 Rated Molded Body)
The shell is made of molded plastic that meets the UL94V-0 flame-retardant standard, possessing high insulation and flame-retardant properties, effectively preventing material carbonization or combustion at high temperatures.

High Mechanical Strength and Solder Strength
The robust structure can withstand multiple reflow and wave soldering processes, suitable for high-density surface mount circuits.

Metal Enamel High Voltage Anti-Sulfation Surface Mount Resistors are widely used in electronic systems requiring high reliability, high voltage withstand capability, and corrosion resistance, including:

• Power Supply Units: High voltage detection, current shunt, and protection circuits;
• Automotive Electronics: Engine control, lighting drives, sensor modules;
• New Energy Systems: Charging piles, inverters, high voltage detection systems;
• Communication & Medical: Signal isolation and precision measurement circuits.