Replaces the stock OEM restrictive intake hose with high temperature reinforced silicon material, improve air flow and reduce heat soak while keeping the stock well designed air box perform at high efficient level
High Temperature 4-5 Layer Reinforced Silicone Air Intake Hose Kit
Has OE specifications that meet or exceed high heat resistant materials (maximum temperature rating: 350F).
Silicone air intake kit for improved airflow, better throttle response and drivability.
The kinglin silicone air intake kit also reduces heat soak while keeping the well-designed airbox operating at an efficient level. No adjustments and modifications are required, and no CEL lights are triggered. In addition to performance improvements,
The kinglin silicone air intake hose kit is the perfect replacement for preventing or repairing bad idle and air vacuum leak issues caused by cracked, damaged or collapsed OEM rubber air hoses.
Material : silicone
Working temperature : -40°C to 240°C
Working pressure ：0.3Mpa to 0.9Mpa.
(can be customed as per clients’ requirement)
Replace stock OEM rubber restrictive air intake hose which can eventually weaken over time, leading to premature failure.
Withstand the harsh high temperature and high pressure operating conditions of the engine yet still maintaining peak efficiency during competition or daily driving.
high Performance 2 years limited warranty
Available in Black, Blue and Red
This means the hoses are suitable to be used with either modern long-life coolants, Organic Acid Technology coolants or air containing oil mist.
The construction of the hoses has been engineered to exceed that of the OEM fitments, and will enhance any engine bay both technically and aesthetically
Electrochemical degradation resistance
UV and ozone resistance
Ordinary silicone is not oil resistant, but fluorosilicone with its unique properties provides resistance to many fuels, oils, and solvents, including gasoline
Silicone rubber is noted for its water resistance. It has an extremely low degree of water absorption and its mechanical properties show minimal change, even after long periods of immersion