TWIN AIR Part 153211 Air Filter with Greaseless Sealing Ring for Improved Airflow

The TWIN AIR Part 153211 Air Filter features a durable, thick, flat foam design with a greaseless sealing ring that ensures maximum contact with your airbox for optimal sealing. The sealing ring acts as a breathable gasket, facilitating increased airflow while preventing dirt and debris from bypassing the filter. This design helps maintain consistent engine performance and enhances the overall efficiency of your air filtration system. The filter is engineered to fit slightly smaller than stock filters, which increases the available air space and improves air circulation around the filter, contributing to better engine breathing and power output. Its construction combines coarse open-pore foam for capturing airborne dirt, grime, and sand, with a fine open-pore inner foam acting as a second line of defense to trap the tiniest particles, ensuring your engine receives the cleanest air possible. The adhesive used in this filter is formulated to withstand repeated cleaning, even with harsh solvents or gasoline, preserving the filter's integrity and performance over time. This twin air filter is ideal for riders seeking improved airflow and filtration efficiency without sacrificing durability or ease of maintenance. Overall, this filter provides a reliable solution for enhancing your vehicle's air intake system, promoting better engine health and performance. Its compact design and superior filtration make it suitable for a range of off-road and street applications where maximum airflow and dirt protection are paramount.

Features:

• Greaseless sealing ring ensures maximum contact with airbox for optimal sealing

• Coarse open-pore foam captures airborne dirt, grime, and sand

• Fine open-pore inner foam acts as a second filter to trap small particles while maintaining high airflow

• Adhesive withstands repeated cleaning, even with harsh solvents or gasoline

• Slightly smaller than stock filters to increase air space and improve circulation around the filter