Filtech Twin Cone Air Filter

The Performance Air Filter Cone – Black with 89 mm ID Neck (multi-fit) is a high-flow induction filter designed to improve airflow and optimise engine performance. Built with a durable synthetic filter element and a rigid cone construction, it delivers reduced restriction compared to standard OEM filters, enhancing throttle response and induction sound. The black finish provides a discreet, professional appearance suitable for both performance and OEM-style engine bays. Designed as a multi-fit solution, the 89 mm ID neck accommodates a wide range of intake systems and can be clamped securely to silicone, aluminium, or plastic intake pipework.

Key Features:

• Filter Type: Cone-shaped, high-flow air filter.

• Neck Size: 89 mm internal diameter, multi-fit design.

• Finish: Black for discreet OEM or performance appearance.

• Performance: Reduced restriction for improved airflow and throttle response.

• Construction: Durable synthetic filter element with rigid cone design.

• Compatibility: Suitable for silicone, aluminium, or plastic intake pipework.

• Application: Universal fitment for induction kits and custom intakes.

This performance cone air filter increases the efficiency of induction systems by allowing a greater volume of air to reach the engine, helping to improve combustion and response. Its synthetic filter media is designed for strength and longevity, offering dependable filtration without compromising flow. The universal 89 mm ID neck allows flexibility for use across a wide range of aftermarket and custom setups, while the black finish ensures a clean, professional look. Easy to fit, service, and replace, the cone filter provides a straightforward performance upgrade for both road and track applications.

Applications include universal induction kits, custom turbo and supercharger setups, and direct replacement for performance air filter conversions. The Performance Air Filter Cone – Black 89 mm Multi-Fit offers a reliable and stylish solution for drivers and tuners seeking to maximise airflow while maintaining effective filtration.