NGK Ford Contour 2000 Direct Fit Oxygen Sensor

NGK | SKU: ngk22500 | Barcode: 10087295225001

MPN: 22500

$55.26 USD

Free Shipping

Care information

Check with Manufacturers Guides

Delivery and Shipping

At our website, we pride ourselves on swift delivery and shipping. Our standard processing time is by 12 PM Pacific Standard Time, ensuring most orders ship out on the same day when processed before noon. Plus, enjoy the added benefit of free ground shipping on all orders. For those who need their items even faster, we offer expedited shipping options, and you can also opt for convenient in-store pickup.

NGK Ford Contour 2000 Direct Fit Oxygen Sensor

Upgrade your vehicle's performance with the NGK Ford Contour 2000 Direct Fit Oxygen Sensor. Designed specifically for the Ford Contour model year 2000, this oxygen sensor offers a seamless fit and reliable functionality.

Key Features:

Direct Fit: Engineered for a perfect fit in your Ford Contour, ensuring easy installation without modifications.
High-Quality Manufacturing: Crafted by NTK, the world's largest supplier of original equipment oxygen sensors, guaranteeing superior performance.
Advanced Technology: Utilizes state-of-the-art ceramic control technology for enhanced accuracy and longevity.
Extensive Testing: Each sensor undergoes rigorous testing during manufacturing to meet or exceed original equipment (OE) specifications.
Reliable Performance: Designed for optimal performance, resisting failure even in demanding conditions.

Benefits:

Improved Fuel Efficiency: A properly functioning oxygen sensor helps optimize fuel mixture, enhancing gas mileage.
Reduced Emissions: Ensure compliance with emissions standards and contribute to a cleaner environment.
Enhanced Engine Performance: Experience smoother operation and better acceleration with a new, reliable oxygen sensor.

Trust The Sensor Specialist™ for innovative solutions and unmatched quality in your automotive needs. With NTK, you can be confident that you are getting a product that is built to last and perform under the toughest conditions.