4-Inch (102mm) Universal High Flow Air Filter – Round Tapered Cone Performance Cold Air Intake Filter, Washable & Reusable, Heavy Duty Cotton Gauze, Replacement for Car Truck Motorcycle Turbo — Open-Box, 28% Off

【Enhanced Horsepower & Throttle Response】 Designed for high-flow performance, this 4-inch (102mm) conical air filter reduces intake restriction, allowing more air to enter your engine. Experience a noticeable increase in horsepower, torque, and acceleration. Ideal for performance upgrades on cars, trucks, SUVs, motorcycles, and turbocharged applications.

【Washable & Reusable Cotton Gauze Design】 Tspered cone air filter constructed with 4 layers of premium oiled cotton gauze between durable epoxy-coated wire mesh. This filter traps harmful contaminants while maximizing airflow. Unlike disposable paper filters, it can be simply cleaned and re-oiled using a recharger kit (sold separately), making it an eco-friendly and cost-effective long-term investment.

【Universal Fitment for Most Vehicles】 Features a universal clamp-on design with a 4-inch (102mm) flange opening and a tapered round shape for better clearance. Fits a wide range of vehicles with compatible intake pipes, including Chevrolet, Ford, Honda, Toyota, BMW, Audi, Harley-Davidson, and aftermarket cold air intake systems. Please confirm your intake pipe outer diameter matches 4 inches before ordering.

【Heavy-Duty Construction for Extreme Conditions】 Taper cone air filter built to withstand high heat, vibration, and debris. The robust rubber flange ensures a secure, leak-proof seal, while the reinforced mesh prevents tearing or warping. Whether you're driving on dusty Canadian highways or off-road trails, this filter provides reliable engine protection.

【Simple DIY Installation & Maintenance】 Pre-oiled and ready to install out of the box. No special tools required – just clamp it directly onto your existing intake tube. For routine maintenance, clean the filter every 50,000 km (approx. 30,000 miles) for optimal performance. Extends engine life by improving filtration efficiency.

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