Jinqu specializes in producing mufflers, SCR exhaust gas aftertreatment systems, and air reservoirs

The Function and Application of the Ouman 2039 Double-7-Hole Aluminum Alloy Air Tank Like other types of aluminum alloy gas cylinders, it mainly includes the following aspects:
- Storing compressed air : It provides an air source for the vehicle's braking system, horn system, and more. When the driver applies the brakes, the high-pressure air stored in the air reservoir is quickly delivered to the brake wheel cylinders, enabling the braking function.
- Stable atmospheric pressure :The compressed air pumped by the air compressor has unstable pressure. The air receiver tank allows this fluctuating air to remain inside temporarily, before steadily releasing stable compressed air—ensuring that systems like the braking system can operate reliably.
- Filtering impurities and moisture: Compressed air typically contains impurities such as moisture, dust, and oil. The air receiver tank allows the air to briefly linger inside, where water molecules, along with heavier particles like dust and oil, settle at the bottom of the tank—effectively filtering the air and protecting pipelines and valves from corrosion.
- Cooling down : After being compressed by the air compressor, the ambient air temperature rises. The air receiver tank can cool down the compressed air, increasing the volume of stored air and making it easier for moisture to settle out.
In terms of application The OMNI 2039 double-7-hole aluminum alloy air reservoir is primarily used in heavy-duty commercial vehicles of the OMNI series, such as trucks and tractors. For instance, it’s featured in models like the OMNI GTL and EST, which demand a highly stable and reliable braking system. The double-7-hole design ensures ample air capacity and consistent air pressure, perfectly meeting the vehicles' braking requirements. Additionally, the aluminum alloy material offers advantages like lightweight construction and excellent corrosion resistance, helping to reduce vehicle weight, enhance fuel efficiency, and extend the overall service life of the vehicle.