Core material options include platinum or iridium alloy, designed for demanding applications where reliability and precision are essential. Key benefits - High temperature stability: maintains structural integrity and performance in extreme heat. - Superior corrosion and oxidation resistance: handles aggressive environments without degrading. - Excellent wear life: durable core that supports long service intervals. - Consistent electrical performance: stable characteristics for reliable readings or ignition. - Tight tolerances and compatibility: manufactured to precise dimensions to fit standard assemblies and interfaces. - Material options to suit needs: choose platinum alloy or iridium alloy to match your performance and longevity goals. Size and compatibility - Available in multiple sizes to fit a range of electrode and assembly configurations. - Designed to integrate with common electrode assemblies and ignition systems that specify platinum or iridium core materials. - Manufactured to consistent quality standards to ensure dependable interchangeability where specified. 2-3 practical applications - Spark plug cores in high performance engines requiring platinum or iridium alloy for longevity and reliable ignition. - High temperature sensors and probes used in chemical processing or aerospace environments where corrosion resistance is critical. - Laboratory electrodes or precision instrumentation that demand a stable, inert core for consistent measurements. Usage considerations - Select the material (platinum alloy or iridium alloy) based on target temperature, chemical exposure, and required service life. - Ensure proper handling to prevent surface contamination and preserve performance. - Confirm size and compatibility with your specific assembly or instrument before installation. This core material option provides a reliable, high performance foundation where material integrity, temperature resilience, and long-term stability matter most.