OEM Toyota part with Part Number 22204-30020 Air Mass Sensor known as Toyota Mass Air Flow Sensor component provides maximum durability and optimal performance. The certified Toyota dealership components feature a warranty protection for 12-month, 12,000-mile usage. The use of OEM part 22204-30020 Air Mass Sensor enables maintenance standards that match the original factory installation quality. The specific item serves the following model series: 2016-2020 Toyota Mirai.
Genuine Toyota offers this high-quality Meter Sub-Assembly, Intake Air Flow; Mass Air Flow Sensor; MAF Sensor under manufacturer part number 22204-30020 for use. This product identification code consists of 22204B which proves its manufacturer as Toyota. This component weighs 1.10 Pounds. This component 2220430020 is specially constructed for vehicle fitting requirements within the Direct Replacement classification. Each vehicle requires the component which has an identified SKU of 22204-30020. The factory-warranty from Toyota guarantees continuous reliable operation and high performance for this part 22204-30020. The Shipping Policy and Return Policy pages provide full details about shipping procedures and return instructions.
The parts by original equipment manufacturer are exceptionally superior in terms of quality. OEM parts are made of premium materials in order to make them durable and this is the first choice that is going to keep your vehicle in its optimal performance. They are also developed to fit official Toyota factory specifications hence easily installed and fit well. You can find OEM Toyota components on our site, and it is a reliable place to purchase products of the high quality at competitive prices where you get outstanding value for your money. Each of the authentic Toyota parts available with us is supported by the promise of the manufacturer warranty. Don't worry, we guarantee a kind and simple return policy so that you will not face any trouble. We also boast of our fast delivery system which makes you receive your parts promptly.