Grain Diameter :0.9-1.2mm Bulk Density :630-680g/L Adsorption Period: 2x60S Crushing Strength ≥50N/ granule Model Adsorption pressure(MPa) Nitrogen purity(%) Output rate of nitrogen(L/h.Kg) Nitrogen reclaim rate (Air/N2) CMS-220 0.8 99.999 55 6.8 99.99 100 4.8 99.9 145 3.7 99.5 220 2.6 99.0 260 2.4 98.0 300 2.3
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| Model | Adsorption pressure(MPa) | Nitrogen purity(%) | Output rate of nitrogen(L/h.Kg) | Nitrogen reclaim rate (Air/N2) |
| CMS-220 | 0.8 | 99.999 | 55 | 6.8 |
| 99.99 | 100 | 4.8 | ||
| 99.9 | 145 | 3.7 | ||
| 99.5 | 220 | 2.6 | ||
| 99.0 | 260 | 2.4 | ||
| 98.0 | 300 | 2.3 |
Why we focus on PSA Oxygen Generators JLOX-500 series oxygen enrichment molecular sieve are new X type molecular sieve specialized in PSA oxygen generator plant for oxygen producing with high nitrogen adsorption capacity and nitrogen/oxygen selectivity. They are the substitute of 5A (CaA) type molecular sieve.
Why we focus on PSA adsorb CO As a toxic and harmful gas, CO can poison the multidirectional catalysts in the synthesis industry and cause harm to people’s health and life. Therefore, it must be separated, purified, recycled and reused.
Why we focus on PSA hydrogen purification The principle of PSA-pressure swing adsorption hydrogen production is to use adsorbents to easily adsorb high-boiling components under the same pressure, but not easy to adsorb low-boiling components. The adsorption capacity under high pressure increases (adsorption components) and the adsorption capacity decreases under reduced pressure (analysis) Par...
Why we focus on PSA portable Oxygen Generators Molecular sieve designed for PSA portable oxygen generators 1-5L/Min in the medical oxygen market, oxygen purity can up to 93%±3%.
Why we focus on PSA Oxygen Generators JLOX-500 series oxygen enrichment molecular sieve are new X type molecular sieve specialized in PSA oxygen generator plant for oxygen producing with high nitrogen adsorption capacity and nitrogen/oxygen selectivity. They are the substitute of 5A (CaA) type molecular sieve.
Packaging: The product is packaged in sealed plastic drums to ensure excellent airtightness. Open the packaging only when ready to use and strictly prevent moisture absorption. Filling: Fill tightly to ensure there are no loose areas. Use appropriate methods to compact the material, such as vibration; do not use a rod or similar tool to directly poke or tamp it. Pressure: Maintain a pressure at least 0.1 MPa lower than the feed gas (N₂) pressure. Temperature: Store at temperatures no higher than 40°C. Additional Notes: Ensure that the storage environment is dry and well-sealed to avoid exposure to humidity. Follow these guidelines carefully to preserve the integrity and performance of the carbon molecular sieve.
Regeneration of carbon molecular sieves (CMS) is a critical process that restores the adsorption capacity of the material after it has become saturated with adsorbed substances during use. Proper regeneration ensures the longevity and efficiency of the CMS, maintaining its performance in gas separation and purification applications.Proper regeneration of carbon molecular sieves is essential for maintaining their adsorption capacity and extending their service life. By following these detailed steps and best practices, you can ensure efficient and safe regeneration processes, leading to reliable performance in gas separation and purification applications.
Grain Diameter :0.9-1.2mm Bulk Density :630-680g/L Adsorption Period: 2x60S Crushing Strength ≥50...
Grain Diameter :0.9-1.2mm Bulk Density :630-680g/L Adsorption Period: 2x60S Crushing Strength ≥50...
Grain Diameter :0.9-1.2mm Bulk Density :630-680g/L Adsorption Period: 2x60S Crushing Strength ≥50...
Grain Diameter :0.9-1.2mm Bulk Density :630-680g/L Adsorption Period: 2x60S Crushing Strength ≥50...