VAPOR CANISTER PURGE SOLENOID VALVE 90910-12276 Compatible with TOYOTA COROLLA 2009-13 LE S STD 4 Cyl

ApplicationCompatible with Toyota 4Runner 20102016 6 Cyl 40LCompatible with Toyota Camry 20092011 LE XLE 4 Cyl 25LCompatible with Toyota Corolla 20092013 LE S, STD 4 Cyl 1.8LCompatible with Toyota FJ Cruiser 2009-2014 6 Cyl 4.0LCompatible with Toyota Highlander 2016 LE, STD 4 Cyl 2.7LCompatible with Toyota Matrix 2009-2014 4 Cyl 1.8LCompatible with Toyota Prius 2016-207 Base, ECO, L, S 4 Cyl 1.8LCompatible with Toyota Tacoma 2011-2016 Base 6 Cyl 4.0LCompatible with Toyota Tacoma 2011-2016 Base 6 Cyl 4.0LCompatible with Pontiac vibe 2009-2010 Compatible with Scion xA 2005-2006 4 Cyl 1.5LCompatible with Scion xB 2005-2006 4 Cyl 1.5LCompatible with Scion xD 2008-2014 4 Cyl 1.8L==========Special Features : 90910-12276 90910-TC001 9091012276 90910TC001Model Name : 90910-12276Item Type : Valve Train: NoneOrigin : Mainland ChinaItem Type : Valves & PartsOEM NO. : 90910-12276, 9091012276Hello! I'm glad to meet you in my auto parts store ~ We have been focusing on auto parts for many years, and every product has been strictly screened to ensure adaptability and durability. If you have problems such as vehicle adaptation and product performance, please contact customer service at any time to help you choose the right accessories accurately and make your car run efficiently!

• Accurate matching EVAP system: As the core component of gasoline evaporation control system, it can efficiently connect the carbon canister with the intake manifold to help fuel vapor recycle.
• Adapt to strict emission standards: the design conforms to the mainstream automobile emission standards.
• Stable steam recovery efficiency: the valve can be opened and closed accurately, which can fully introduce the fuel steam adsorbed by the carbon canister into the combustion chamber and reduce the volatilization loss.
• Accurate coordinated response of ECU: It can receive the signal from the engine control unit and automatically adjust the opening and closing state according to the working conditions such as speed and temperature.
• Low-pressure loss flow passage design: the internal flow passage is optimized, so that the pressure loss is small when steam passes through, ensuring the stability of the intake system.