Silicone Intake Hose Pipe Kit Replacement For 500 1.4L Turbo Jet

Feature: 1. Applicable Models: Silicone intake hose is replacement for 500 1.4L Turbo Jet. 2. Excellent Airflow: Silicone intake hose provide smoother airflow to improve engine efficiency and power, resulting in a more sensitive response and powerful function for vehicle. 3. Enhanced Engine Sound: The unique 4 layer structure of the intake pipe amplifies the distinctive roar of the supercharged engine, providing an exhilarating experience for driving enthusiasts. 4. Improved Visual Effect: Silicone air intake tube kit has a delicate appearance and fine texture, which can enhance the overall visual effect of the car. 5. Weatherproof Design: Sturdy silicone and polyester mesh cloth material is wear resistant, and can withstand high temperature dynamic environments and complex road conditions. Specification: Item Type: Silicone Intake Hose Material: Silicone, polyester mesh cloth Applicable Model: Replacement for 500 1.4L Turbo Jet. Package List: 1 x Silicone Intake Hose Pipe Kit( with 3 Metal Adapters) Note: 1. It is highly recommended to have the installation and upgrade done by a professional mechanic.2. Whether before or after the sale, please contact our customer service team in time for any questions, we will provide the best and professional service.Applicable Models: Silicone intake hose is replacement for 500 1.4L Turbo Jet. Excellent Airflow: Silicone intake hose provide smoother airflow to improve engine efficiency and power, resulting in a more sensitive response and powerful function for vehicle. Enhanced Engine Sound: The unique 4 layer structure of the intake pipe amplifies the distinctive roar of the supercharged engine, providing an exhilarating experience for driving enthusiasts. Improved Visual Effect: Silicone air intake tube kit has a delicate appearance and fine texture, which can enhance the overall visual effect of the car. Weatherproof Design: Sturdy silicone and polyester mesh cloth material is wear resistant, and can withstand high temperature dynamic environments and complex road conditions.