In high-altitude regions (typically above 3,000 meters), the atmospheric pressure is low and the partial pressure of oxygen is insufficient, which can cause symptoms such as headaches, fatigue, and insomnia known as "altitude sickness". Diffused oxygen supply in high altitudes can evenly distribute oxygen through pipelines to enclosed or semi-enclosed spaces such as hotel rooms, office buildings, dormitories, and carriages, increasing the oxygen content in the air from the normal 12% to 15% at around 4,000 meters to 21% to 28% (close to the oxygen content in plain areas). This allows people within these spaces to naturally breathe in air with higher oxygen content without the need for personal oxygen inhalation devices, helping both normal individuals and those with mild hypoxia to adapt to high-altitude environments and enhancing the comfort of their lives and work.
| Model | Purity | Flow | Outlet |
|---|---|---|---|
| LMO-1 | 93±2% | 1Nm3/h | Regular outlet pressure 1-5Mpa adjustable |
| LMO-5 | 93±2% | 5Nm3/h | |
| LMO-10 | 93±2% | 10Nm3/h | |
| LMO-15 | 93±2% | 15Nm3/h | |
| LMO-20 | 93±2% | 20Nm3/h | |
| LMO-25 | 93±2% | 25Nm3/h | |
| LMO-30 | 93±2% | 30Nm3/h | |
| LMO-40 | 93±2% | 40Nm3/h | |
| LMO-50 | 93±2% | 50Nm3/h | |
| LMO-60 | 93±2% | 60Nm3/h | |
| LMO-70 | 93±2% | 70Nm3/h | |
| LMO-80 | 93±2% | 80Nm3/h | |
| LMO-90 | 93±2% | 90Nm3/h | |
| LMO-100 | 93±2% | 100Nm3/h | |
| LMO-110 | 93±2% | 110Nm3/h | |
| LMO-120 | 93±2% | 120Nm3/h | |
| LMO-130 | 93±2% | 130Nm3/h | |
| LMO-140 | 93±2% | 140Nm3/h | |
| LMO-150 | 93±2% | 150Nm3/h | |
| LMO-180 | 93±2% | 180Nm3/h | |
| LMO-200 | 93±2% | 200Nm3/h |