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The TWIN AIR Fire Resistant Air Filter Part Number 156140 is designed to optimize air intake efficiency while providing superior filtration and durability. Constructed with thick, flat foam, this greaseless sealing ring ensures maximum contact with your airbox, creating a secure seal that minimizes air leaks. Its breathable gasket design promotes increased airflow, contributing to improved engine performance and responsiveness. This filter features a dual-layer filtration system: a coarse open-pore foam layer that captures airborne dirt, grime, and sand, and a fine open-pore inner foam that traps even the smallest particles. This combination ensures thorough filtering without restricting airflow, which is vital for maintaining engine health and efficiency. The filter's adhesive is specially formulated to withstand repeated cleaning and exposure to harsh solvents, gasoline, and cleaning agents, ensuring longevity and consistent performance over time. Additionally, the twin filters are slightly smaller than stock versions, increasing air space and promoting better circulation around the filter for enhanced engine breathing. This design not only boosts airflow but also helps prevent clogging, leading to longer service intervals and more reliable operation in demanding conditions. The TWIN AIR Fire Resistant Air Filter is an excellent choice for riders and mechanics seeking a durable, high-performance filter that maximizes airflow while filtering out contaminants effectively, ensuring your engine runs smoothly and efficiently under various conditions. Features: - Thick, flat foam with greaseless sealing ring for maximum contact with the airbox
- Breathable gasket design enhances airflow and engine performance
- Coarse open-pore foam captures dirt, grime, and sand effectively
- Fine open-pore foam traps small particles for thorough filtration
- Adhesive withstands repeated cleaning and harsh solvents
- Slightly smaller than stock filters to increase air space and circulation around the filter
- Designed for durability and long-term performance in demanding conditions
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