• Reliable Ignition Guaranteed: Primary and secondary windings made with enamelled copper effectively prevent dielectric breakdown and provide consistent and efficient high-voltage that ensures reliable ignition.
  • Optimized Efficiency Across Temperatures: Silicone steel cores with low hysteresis and eddy current loss, reduce energy losses in the magnetic circuit while maintaining magnetic properties across a wide temperature range (-40ºC to +125ºC).
  • Superior Contact and Corrosion Protection: Tin-plated brass terminals ensure better electrical contact and protect against corrosion.
  • Enhanced Insulation with Sequential Encapsulation: The sequential process of preheating, potting material application, and curing ensures uniform encapsulation and enhances insulation properties.
  • High-Voltage Resilience to Achieve Dielectric Strength: Our ignition coils are crafted using high-performance PBT and PPO materials to withstand high voltages. Prevents dielectric breakdowns and provides reliable insulation.
  • OE Quality: All the Ignition Coils are attuned to meet and exceed OE performance and durability standards.
  • Optimal Performance: The components and materials used ensure the optimum combustion process and improved fuel efficiency.
  • Electromagnetic Compatibility: ISO 7637 compliance ensures that our products can withstand electrical disturbances and transients that can occur during normal operation or due to external factors such as electromagnetic interference (EMI).
  • Stringent Quality Assurance: Each ignition coil undergoes rigorous factory inspections, including detailed analysis of plastic parts to detect imperfections and ensure high-quality construction.
  • Reliable Ignition Guaranteed: Primary and secondary windings made with enamelled copper effectively prevent dielectric breakdown and provide consistent and efficient high-voltage that ensures reliable ignition.
  • Optimized Efficiency Across Temperatures: Silicone steel cores with low hysteresis and eddy current loss, reduce energy losses in the magnetic circuit while maintaining magnetic properties across a wide temperature range (-40ºC to +125ºC).
  • Superior Contact and Corrosion Protection: Tin-plated brass terminals ensure better electrical contact and protect against corrosion.
  • Enhanced Insulation with Sequential Encapsulation: The sequential process of preheating, potting material application, and curing ensures uniform encapsulation and enhances insulation properties.
  • High-Voltage Resilience to Achieve Dielectric Strength: Our ignition coils are crafted using high-performance PBT and PPO materials to withstand high voltages. Prevents dielectric breakdowns and provides reliable insulation.
  • OE Quality: All the Ignition Coils are attuned to meet and exceed OE performance and durability standards.
  • Optimal Performance: The components and materials used ensure the optimum combustion process and improved fuel efficiency.
  • Electromagnetic Compatibility: ISO 7637 compliance ensures that our products can withstand electrical disturbances and transients that can occur during normal operation or due to external factors such as electromagnetic interference (EMI).
  • Stringent Quality Assurance: Each ignition coil undergoes rigorous factory inspections, including detailed analysis of plastic parts to detect imperfections and ensure high-quality construction.