Hose
Hose: Definition & Future Outlook
The automotive industry is currently focusing on downsizing, lightweighting, and high-output powertrains to meet demands for high performance and fuel efficiency. As a result, vibration and noise have increased by over 10% compared to previous models, making vibration isolation a key factor in determining perceived quality.
Conventional methods—such as increasing structural stiffness or applying electronic controls—often lead to weight gain and excessive costs. In contrast, enhancing the isolation performance of rubber hoses serves as a practical and effective alternative for blocking solid-borne noise.
We are continuously improving rubber hose performance through new materials and technologies, contributing to superior NVH quality and competitiveness for future mobility.
HOSE Products
| Category | Product Name | Product Function | Shape | Material Characteristics |
|---|---|---|---|---|
| Cooling |
|
Efficiently circulates oil and coolant to regulate engine and transmission temperatures. |
|
EPDM-based: Excellent durability with heat, low-temperature, and coolant resistance. |
| Fuel |
|
Reliably supplies fuel from the filler to the tank and engine, and recovers residual fuel. |
|
FKM & Resin Composite: Superior fuel permeation resistance. |
| Braking |
|
Connects the intake manifold to the brake booster to transmit vacuum pressure. |
|
EPDM / NBR-based: High heat and pressure resistance. |
| Intake/ Exhaust |
|
Effectively controls engine gases and circulates/cools compressed air. |
|
HT-ACM / AEM-based: Heat resistance and durability against exhaust gases. |
HOSE Product HISTORY
| DIVISION | DEVELOPMENT HISTORY TIMELINE |
|---|---|
| COOLING HOSE |
|
| I/C HOSE |
|
HOSE SYSTEM
Cooling System
- Radiator Hose
- Water Hose
- Heater Hose
- Oil-Cooler Hose
- Reservoir Hose
Intake/Exhaust System
- ENG Vacuum
- PCV & Breather Hose
- DPF Hose
- I/Cooler Hose
Braking System
- Vacuum Hose
Fuel System
- Vapor Hose
- Return Hose
- Leveling Hose
- Feeding Hose
- Filler Neck Hose