Powerflex Performance Exhaust Mountings - EXH018 Universal Exhaust Mount

The Powerflex Performance Exhaust Mountings - EXH018 Universal Exhaust Mount provides a superior solution for maintaining your exhaust system in place. By utilizing polyurethane's enhanced longevity, stiffness, and heat resistance, this product addresses the limitations of traditional rubber exhaust mounts.

• One of the primary issues with traditional rubber exhaust mounts is the increased movement of the exhaust system, which can lead to premature wear on components such as the manifold and engine. This movement can be exacerbated by the added problem of heat generated from the exhaust system.
• Polyurethane, a naturally stiff material, does not weather or deteriorate in the same way as traditional rubber compounds.

The Powerflex Performance Exhaust Mountings - EXH018 Universal Exhaust Mount offers two compound options: standard road compound and harder black compound. The black compound is significantly stiffer, providing drastically reduced exhaust movement at the expense of transmitting more noise to the cabin. This allows you to choose between minimizing noise transmission or achieving maximum stiffness.

• The benefits of using polyurethane-based exhaust mounts are numerous:

• Reduced exhaust movement: Polyurethane's enhanced stiffness ensures that your exhaust system remains firmly in place, reducing wear and tear on components.
• Enhanced heat resistance: The polyurethane material is more resistant to the heat generated by the exhaust system, ensuring it remains effective even in harsh conditions.
• Better longevity in bad weather: Polyurethane's durability ensures that your exhaust mounts remain effective even in extreme weather conditions.

The Powerflex Performance Exhaust Mountings - EXH018 Universal Exhaust Mount is designed to provide a superior solution for car enthusiasts looking to upgrade their exhaust system. By utilizing polyurethane-based materials, this product offers enhanced stiffness and heat resistance, ensuring reduced exhaust movement and premature wear on components.