Air Hose For Automative

High temperature resistance: It can withstand temperatures of 125°C or even higher, and can ensure stable operation in the high temperature environment of the engine compartment, and will not soften, deform or crack due to high temperature.
Corrosion resistance: It has good resistance to various chemicals in the coolant and corrosive gases in the engine compartment, preventing the hose from being corroded, extending the service life, and ensuring the normal operation of the cooling system.
Strong sealing: The special structure and materials are used to ensure that the connection between the hose and the radiator, engine and other components has good sealing, preventing coolant leakage, maintaining the pressure of the cooling system and the normal circulation of the coolant.

Withstands extreme temperatures**
**High temperature stability**:
Silicone materials can withstand a temperature range of **-60°C to 200°C** for a long time:
**Turbocharged area**: The temperature at the exhaust turbine end can reach **more than 150°C**, and the silicone hose is not easy to deform or age.
**Cold start environment**: Maintains flexibility at low temperatures to avoid brittle cracking and leakage.

Excellent environmental performance: As a key transmission component of the exhaust gas recirculation system, the cooler hose is responsible for introducing part of the exhaust gas into the cooler for cooling and then sending it back to the engine intake end. By lowering the combustion temperature, it significantly reduces nitrogen oxide emissions, effectively promoting the engine to meet strict environmental standards and contributing key forces to improving air quality.

Excellent flexibility: With good flexibility, it can flexibly adapt to the vibration and displacement generated when the engine is working, ensuring stable and reliable air delivery under various complex working conditions and maintaining stable operation of the system.
Performance improvement assistance: It helps improve the engine intake efficiency, optimizes the combustion process, and thus enhances the engine power output, while reducing fuel consumption, comprehensively improving the performance of the vehicle, and providing strong support for the efficient operation of the vehicle.

Good flexibility: It can be easily bent and installed, adapt to different installation positions and spatial layouts, and can realize flexible connection between the oil-gas separator and other components in the limited engine compartment space.
High pressure resistance: The oil-gas separator will be subjected to a certain pressure during operation. The rubber air pipe needs to have sufficient pressure resistance to ensure that it will not break or leak under normal working pressure, and ensure the sealing and safety of the oil-gas separation system.
Anti-aging: In the harsh environment of high temperature, humidity, oil pollution, etc. in the engine compartment, the rubber air pipe needs to have good anti-aging performance, be able to work stably for a long time, and not prone to aging phenomena such as cracking, hardening, and softening, reducing the replacement frequency and maintenance costs.

Air hose combustion efficiency optimization
High-performance Air Hose designs enhance turbocharger intake pressure (+15% airflow), boosting power output and fuel economy.
Low-permeability Air Hose minimizes evaporative emissions, ensuring compliance with National VI/EPA standards.
Lightweight & Energy Saving
Fiber-reinforced Air Hose reduces weight by 40% vs. metal pipes, lowering energy consumption while maintaining burst resistance (up to 8Bar).
Flexible structure adapts to compact engine layouts, cutting airflow turbulence by 25% for sustainable mobility.
Customization with Purpose

Rubber Air Exhaust Hose For car
- Exhaust gas discharge: Exhaust gas generated after engine combustion is discharged outside the vehicle to prevent exhaust gas accumulation in the engine and maintain normal working pressure of the engine.
- Balanced pressure: For example, the crankcase forced ventilation pipe can maintain the pressure balance of the crankcase in the engine body to avoid damage to the seals due to excessive or low pressure.
- Shock and noise reduction: The rubber material is elastic and can alleviate the vibration and noise generated when the engine is working, reduce the impact on the car body, and improve driving comfort.

The Car Heat Resistance Rubber Air Hose stands out as a premium solution for demanding automotive applications, combining advanced heat resistance, durability, and optimized airflow. Designed specifically for high-temperature environments, this Heat Resistant Air Hose excels in scenarios like engine compartments, where temperatures can soar. Its specialized rubber compound ensures consistent performance even under extreme heat, preventing cracks or deformations that compromise safety.
Crafted as a Rubber Air Hose, it leverages the natural flexibility and resilience of reinforced rubber to withstand abrasion, oil, and weather exposure. Unlike generic hoses, this Rubber Air Hose maintains structural integrity over time, making it ideal for long-term use in vehicles. Its adaptability ensures seamless integration into tight spaces, while the smooth inner surface minimizes airflow turbulence.
As a critical component for the Car Air Intake Pipe, this hose optimizes engine efficiency by delivering cool, clean air to the combustion chamber. The Heat Resistant Air Hose design prevents heat soak, ensuring stable air density for improved fuel combustion and horsepower output. Whether used as a Car Air Intake Pipe replacement or upgrade, its precision engineering reduces air leakage and enhances throttle response.
Key highlights:
Heat Resistant Air Hose: Withstands temperatures up to 250°F (121°C), perfect for turbocharged or high-performance engines.
Rubber Air Hose: Reinforced layers resist kinking, while ozone-resistant rubber extends service life.
Car Air Intake Pipe: Streamlined airflow design boosts engine efficiency and reduces emissions.
Ideal for enthusiasts and professionals, this triple-threat solution merges reliability, performance, and heat resilience—setting a new standard for automotive air delivery systems.

The aramid fiber sandwich consists of three parts: inner layer, reinforcement layer and outer layer:
The inner layer is generally a silicone layer, which can directly contact the gas, liquid and other media to be transported, ensuring that the media does not leak and is not affected by the hose material. The reinforcement layer is woven from aramid fiber, which has the characteristics of high strength, high modulus, low elongation, excellent high temperature resistance, good chemical corrosion resistance, fatigue resistance and dimensional stability. The outer layer is usually also a silicone layer, which mainly plays a protective role, with weather resistance, ozone resistance, wear resistance, etc., to prevent the reinforcement layer and the inner layer from being eroded and damaged by the external environment.