Overview
Phoenix Filters brings you the FA-3309 Sakura air filter, known for its durability and efficiency. Specifically crafted for Toyota vehicles, it delivers top-notch air purification by trapping dirt and particles. This helps maintain engine performance while preventing wear.
Specification
Part Number: FA-3309; Brand: Sakura; Manufacturer: Phoenix Filters; Filter Type: Fresh Air Filter; Compatibilities: Toyota O.E.M. 17801-13050; Cross References: Ryco A1274, Wesfil WA906.
Technical
Recommended for installation in applicable Toyota vehicles; ensures optimal air intake and engine health; easy to install and replace; no advanced technical skills required.
Benefits
The FA-3309 offers superior airflow, reducing engine strain and boosting fuel efficiency. Its robust construction enhances longevity, cutting down on frequent replacements.
Install
Ensure the vehicle is turned off and cool. Locate the air filter housing, remove the old filter, insert the FA-3309 with the correct orientation, and secure the housing.
Fitment
Designed for select Toyota models; specifically referenced to O.E.M. part number 17801-13050, ensuring perfect fit and performance consistency.
FAQ
Question: Is this filter compatible with my Toyota Camry?
Please verify your model's compatibility with O.E.M. 17801-13050.
Question: How often should I change the air filter?
It's recommended to check every 12,000 miles or annually.
Question: Does this air filter improve performance?
Yes, it enhances airflow and engine efficiency.
Question: Is the filter washable?
No, it is designed for replacement when needed.
Question: Are installation instructions included?
Basic installation guidelines are provided here.
Inventory Extended Details
The FA-3309 Sakura air filter by Phoenix Filters is expertly designed for optimal filtration, prolonging your engine's lifespan while enhancing performance. Suitable for Toyota models, this filter cross-references to A1274, WA906, and 17801-13050. Manufactured with precision, it ensures your engine remains clean and operational under various driving conditions.