The aFe MagnumFLOW Replacement Air Filter PDS A/F is engineered to deliver exceptional performance for your vehicle's intake system. Featuring three layers of progressively finer mesh synthetic media sandwiched between a durable polyurethane top and base, this high-flow, oil-free conical filter ensures maximum airflow while maintaining excellent dust-holding capacity. Its design facilitates longer service intervals by efficiently trapping contaminants and allowing for easy maintenance. The washable and reusable construction means you can clean and reuse this filter multiple times, saving money and reducing waste over time. The tall, evenly spaced pleats provide increased surface area, contributing to superior dust retention and airflow performance. The pliable polyurethane flange with integrated bumps guarantees a tight, leak-free seal throughout its lifespan, ensuring optimal engine performance. With a filter efficiency of 99.2%, this filter effectively captures airborne particles, protecting your engine from debris and prolonging its lifespan. Designed to fit specific vehicle applications, the aFe MagnumFLOW PDS A/F enhances both power and filtration efficiency. This filter does not require special disposal procedures and is built for durability and ease of use, making it an excellent upgrade for enthusiasts seeking reliable, high-quality filtration. Note that this product is not CARB approved and requires acknowledgment of Prop 65 compliance prior to installation. Whether you're looking to boost engine intake efficiency or extend maintenance intervals, the aFe MagnumFLOW Replacement Air Filter provides a dependable solution for your automotive needs.
Features:
- Three layers of progressively finer mesh synthetic media for maximum airflow and dust filtration
- Washable and reusable design for multiple cleanings, reducing replacement costs
- Tall open pleats increase dust holding capacity and service interval
- Pliable polyurethane flange with integrated bumps ensures a tight, leak-free seal
- High filter efficiency of 99.2% effectively captures airborne particles