1. Oil-Free Air Supply
This blower uses dynamic pressure air bearing technology, with no oil-containing components in the entire compressor system. It eliminates oil contamination at the source, making it suitable for applications that require high-purity compressed air, such as medical oxygen production and precision electronics manufacturing.
2. Compact & Convenient Installation
Compared with conventional dry oil-free screw compressors, this model has a 30% smaller volume and 40% lighter weight. It does not require a dedicated foundation or anchor bolts, which can shorten the on-site installation period.
3. Energy-Saving Performance
Compared with traditional dry oil-free screw compressors, this blower can reduce energy consumption by 15% to 25%, and its energy efficiency meets the level of first-class efficiency for oil-injected screw compressors of the same specification. The energy-saving effect is maintained across the full flow range.
4. Consistent Long-Term Performance
The performance of this oil-free compressor shows almost no degradation over time, maintaining stable output efficiency during long-term operation. In contrast, traditional screw compressors often experience reduced air output in later stages due to component wear.
Performance Data Analysis
Specific Power vs. Flow Rate: The specific power of the air bearing compressor is consistently lower than that of screw compressors across the entire flow range, providing continuous energy-saving potential.
Performance Over Service Life: The air bearing compressor maintains stable air output throughout its initial, middle, and late operating stages, while screw compressors tend to experience performance degradation over time.
Typical Application Scenarios
This blower is primarily used as the core power unit in medical oxygen generation systems. It is also suitable for other industries requiring clean compressed air, including biopharmaceuticals, food processing, and semiconductor manufacturing.
