NTK is the world's largest supplier and manufacturer of OEM oxygen sensors. Oxygen sensors play a critical role as part of the vehicle's on-board diagnostic system in maintaining optimal engine performance, maximizing fuel efficiency and reducing harmful emissions. Providing constant closed loop feedback to the ECU, oxygen sensors help to control the air-fuel ratio while alerting OBDII systems of possible problems with fuel delivery or catalytic converter efficiency. A ceramics company at our core, NTK uses state-of-the art technology enabling control of the ceramic element used in our oxygen sensors from raw material to finished product. Trust The Sensor Specialist for full-line market support and OE application technology. NTK is constantly improving sensor designs to provide excellent performance and improve resistance to failure. NTK works with their OEM manufacturers through each phase of development from concept to production.

ADVANCED CERAMIC SENSOR ELEMENT: 3-stage contaminant-resistant plasma jet and deposit trap overcoat protects against element poisoning

The NGK Chrysler Sebring 1995 direct fit oxygen sensor (Part Number 23023) is engineered to ensure your vehicle's optimal engine performance, fuel efficiency, and emissions control. Designed specifically for models including the Plymouth Voyager from 1992 to 1995, this sensor provides precise feedback to the vehicle's onboard diagnostic system, helping maintain the ideal air-fuel ratio and alerting the ECU to potential issues with fuel delivery or catalytic converter efficiency. Its reliable performance supports compliance with emission standards and prolongs engine life. Engineered with advanced ceramic sensor technology, this oxygen sensor features a three-stage contaminant-resistant plasma jet and deposit trap overcoat, which protects against element poisoning, ensuring long-lasting durability and resistance to failure. This design enhances the sensor’s ability to function accurately in demanding environments, reducing the need for frequent replacements and maintaining vehicle efficiency over time.

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