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 Infiniti J30 1996-1997 Direct Fit Oxygen Sensor (Part Number 24683) is engineered to ensure your vehicle maintains optimal engine performance and fuel efficiency. Designed with advanced ceramic sensor elements, this oxygen sensor features a three-stage contaminant-resistant plasma jet and deposit trap overcoat that provides superior protection against element poisoning, enhancing durability and longevity. The sensor's precise feedback to the vehicle's engine control unit (ECU) helps regulate the air-fuel mixture, reducing emissions and improving overall vehicle efficiency. This OEM-quality sensor is built to meet or exceed original equipment specifications, ensuring seamless integration and reliable operation in your Infiniti J30. Installation is straightforward, and the sensor's robust construction minimizes failure risks, providing consistent performance over time. Trust NGK to deliver high-quality sensors that support your vehicle's emission control systems and optimize engine performance.

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