Inter Cooler Hose
This is a critical component for engines equipped with a turbocharger and intercooler. It transports air that has been compressed and heated by the turbocharger to the intercooler, and then delivers the cooled air back to the engine cylinders to maximize power output and fuel efficiency.
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Function
- The INTERCOOLER HOSE connects the turbocharger and the intercooler to transport compressed, high-temperature air to the intercooler and then supply cooled air back to the engine.
- It efficiently supplies air to the engine, enhancing overall performance.
Structure
Inner Rubber + Reinforcement + Outer Rubber
Material
- HT-ACM
- ACM
- AEM
- FVMQ
Dimensions
Inner Diameter (I.D.): Φ44 – Φ54
Features
- Excellent Heat and Pressure Resistance
To withstand the high-temperature and high-pressure environments of turbocharger systems, we utilize proven heat-resistant rubber materials such as HT-ACM (High-Temperature Acrylic Rubber), ACM, AEM, and FVMQ (Fluorosilicone Rubber). These materials minimize hose deformation and hardening even under extreme heat, ensuring consistent performance.
- High Durability
Designed with a triple-layer structure (Inner Rubber – Reinforcement – Outer Rubber) to endure repeated vibrations, pressure fluctuations, and external impacts during engine operation. The high-strength reinforcement yarn improves pressure resistance to prevent bursting, while the outer rubber layer effectively protects the product from external environmental factors.
- Efficient Air Transport
By reliably delivering compressed high-temperature air to the intercooler and cooled high-density air to the engine, our hoses minimize airflow loss. This improves the engine's combustion efficiency and contributes to overall power output and performance enhancement.
PyungHwa Advantages
- We manufacture hoses using ACM, HT-ACM, and VMQ rubber materials to meet the high durability requirements for oil, ozone, heat, cold, and blow-by gas resistance
- Designed with a triple-layer structure featuring an Aramid woven fabric reinforcement layer between the inner and outer rubber, our hoses ensure superior pressure resistance and provide advantageous characteristics for Noise, Vibration, and Harshness (NVH) reduction.
- By applying the mandrel molding process after rubber extrusion, we can produce customized products in various shapes and specifications to meet diverse customer requirements.