K&N Engineering RE-0870 Tapered Universal Air Filter Element, 6 Inch Base, 4.625 Inch Top Diameter, 9 Inch Height, 4 Inch Flange, Reusable Cotton Material, Red Finish

The K&N Engineering RE-0870 Tapered Universal Air Filter Element is designed to provide high-performance air filtration for a variety of applications. Featuring a clamp-on conical design, this filter offers a durable and reliable solution for maintaining clean airflow in your vehicle or equipment. The filter's base diameter measures 6 inches, with a top diameter of 4.625 inches, and it stands 9 inches tall, providing ample surface area for efficient filtration. The 4-inch flange ensures a secure fit to compatible air intake systems. Constructed with high-quality, reusable cotton media, this filter can be cleaned and reused multiple times, making it a cost-effective and environmentally friendly choice. Its vibrant red finish adds a distinctive look, while the universal fit makes it suitable for a broad range of vehicles and machinery requiring a tapered air filter element. Designed without air restriction, this filter supports optimal airflow and engine performance. Whether you are upgrading your existing system or replacing a worn-out filter, the RE-0870 delivers dependable filtration with easy installation and maintenance. This product is not restricted for air use and can be shipped via standard freight options, making it suitable for various applications. Properly maintained, this filter helps ensure your engine receives clean air for improved efficiency and longevity.

Features:

• Clamp-on conical design for secure fit and reliable performance

• 6-inch base diameter and 4.625-inch top diameter for versatile compatibility

• 9-inch height provides extensive surface area for filtration

• 4-inch flange ensures a snug and stable connection

• Reusable cotton media for cost-effective and environmentally friendly use

• Vibrant red finish adds visual appeal

• Universal application suitable for various vehicles and machinery

• Supports optimal airflow without restrictions