HQPASFY 2Pcs Oxygen Sensors 234-4727 234-4621 Upstream & Downstream Oxygen O2 Sensor Compatible with 2001-2003 Acura CL TL 3.2L, 2000-2002 Honda Accord 3.0L

Our oxygen sensor plays a critical role in managing your vehicle's emissions. By keeping the air-fuel mixture in balance, it helps reduce harmful exhaust emissions, ensuring your vehicle runs cleaner and meets environmental standards.Package Included :1x 234-4727 O2 Sensor1x 234-4621 O2 SensorCompatible With :Acura CL 2003 2002 2001 3.2LAcura TL 2003 2002 2001 2000 3.2LHonda Accord 2002 2001 2000 3.0LReference Number：Upstream: 234-4727, OS1654, 213-3000, ES20205Downstream:234-4621，36531P5P004, 36531P5P014, 36531PT3A05, 36531PT3A12, 36532P8CL02, 36532P8CL21, 36532P8DJ01, 36532PAAA01, 36532PAAA02, 36532PAAL01, 36532PAAL02, 36532PLRA01, 36542PR7A51Why Choose Us :Improved Fuel EfficiencyEnhanced Engine PerformancePrevents Engine DamageDurable ConstructionReduced EmissionsFaster Response TimeEasy InstallationRestores Check Engine Light IssuesCost-Effective Solution12 Months Warranty

• 【FITMENT】Compatible with Acura CL 2003 2002 2001 3.2L, Acura TlL 2003 2002 2001 2000 3.2L, Honda Accord 2000 2001 2000 3.0L.Please check your vehicle year & make & model carefully. Compare your part with our pictures
• 【REPLACES#】The Upstream Sensor replaces#: 234-4727, OS1654, 213-3000, ES20205. Downstream Sensor replaces#: 234-4621，36531P5P004, 36531P5P014, 36531PT3A05, 36531PT3A12, 36532P8CL02, 36532P8CL21, 36532P8DJ01, 36532PAAA01, 36532PAAA02, 36532PAAL01, 36532PAAL02, 36532PLRA01, 36542PR7A51
• 【PREMIUM DURABILITY】Long life-span matters, that is why our oxygen sensors are made of high temperature corrosion resistant material with a double laser-welded stainless steel body is totally submersible to seal tight for long life
• 【FUNCTION】A defective or sluggish oxygen sensor can cause a variety of issues, like decreased engine performance. This oxygen sensor will accurately detect the mixture of air and fuel, helps ensure your engine is constantly monitored and operating efficiently, while maximizing performance