Diameter | 20-50mesh | (0.4-0.8mm) |
N2 Absorption Capacity | (ml/g) | ≥22.00 |
N2/O2 Selectivity | ≥6.2 | |
Bulk Density | (g/ml) | 0.63±0.03 |
Equilibrium Water Capacity | % | ≤20 |
PRODUCTS DESCRIPTION
Lithium Molecular Sieve
Lithium zeolite (or lithium-exchanged zeolite) is a specialized, high-performance molecular sieve, commonly type LiX, engineered for superior nitrogen adsorption and air separation. It is widely used in medical and industrial oxygen concentrators to produce 90-96% pure oxygen by removing nitrogen. Its high nitrogen-oxygen selectivity makes it more efficient than sodium zeolites
Key Aspects of Lithium Zeolite:
Oxygen Generation: Lithium zeolites, like LiLSX, are designed for Vacuum Pressure Swing Adsorption (VPSA) and PSA processes, often requiring less material compared to conventional zeolites.
Properties: These zeolites feature high Li+ ion exchange levels, providing high-performance nitrogen capacity.
Battery Technology: Research shows lithium zeolite coatings can improve the safety and efficiency of lithium-metal batteries, with studies on Li-zeolite coated separators showing enhanced electrolyte retention and thermal stability.
Regeneration: To remain effective, these molecular sieves need to be kept dry; they can be regenerated by removing moisture, such as by using a microwave technique.
Your Reliable Lithium Zeolite for Oxygen Concentrator Manufacturer
The Lithium Zeolite for Oxygen concentrator has some of the best efficiency you will get in the market. Since an oxygen concentrator is a vital machine that needs the best equipment, Lithium is here to help you get one. The moment you measure the stream of oxygen coming out of the concentrator, it will be high-quality thanks to the lithium zeolite.
The lithium zeolite for oxygen concentrator also has the best adsorption levels. Since you want a sieve that can improve the production of oxygen, it is good to know this Lithium sieve has the right performance. It can help in adsorbing nitrogen and consequently lead to better oxygen generation.
It is not just about adsorbing as the lithium zeolite for oxygen concentrator is also good at desorption. Of course, desorption is vital so that it can be used in the adsorption stage once again. Lithium gives you the methods to follow for the desorption process. Once you are done with desorption, you can start using it for oxygen concentration once again.
Having a higher separation coefficient means that the lithium zeolite for oxygen concentrator will be three times better than some popular Type A molecular sieves. This separation coefficient also means a faster adsorption rate. So, buy it today knowing you getting a worthy product.
Lithium 13X Zeolie
Lithium Molecular Sieve
Lithium Zeolite For Oxygen Concentrator
Molecular Sieve Lithium is a lithium based molecular sieve for respiratory care. It is wideliy used in very high performance oxygen concentrators.
LIX Zeolite Details
MOLECULAR SIEVE Lithium is a lithium-based alumino-silicate.
It is a low silica form X type structure zeolite with a pore opening of approx 9 Angstrom (0.9 nm) which gives an excellent equilibrium and dynamic performance and high nitrogen adsorption capacity and superior nitrogen/oxygen selectivity.
Together with optimum physical strength and high selectivity for nitrogen over oxygen, molecular sieve BEOX-L10 has resulted in the use of significantly less material relative to other molecular sieve adsorbents without sacrificing oxygen throughput or purity.
Lithium X Molecular Sieve
Lithium X molecular sieve stand as a cornerstone in gas separation science, finding widespread utility in both industrial and medical domains. Their unique molecular structure, characterized by a network of interconnected pores, enables highly efficient adsorption and desorption of gases. These sieves exhibit exceptional nitrogen capacity, rapid kinetics, and unparalleled selectivity, facilitating the generation of oxygen-enriched streams with high purity.
In industrial contexts, lithium molecular sieves play a crucial role in vacuum pressure swing adsorption (VPSA) processes for oxygen production. Their superior selectivity and capacity lead to enhanced oxygen purity while reducing energy consumption and equipment footprint.
Adapting to the unique specifications of individual units and accommodating customer preferences, we offer flexibility in the supply of this product in various sizes, ranging from 0.4 to 1.8 mm.
LithiumX is a cutting-edge lithium X molecular sieve, delivering unparalleled air separation performance. Engineered with patented technology, it maximizes nitrogen capacity, accelerates kinetics, and ensures superior selectivity, guaranteeing ultra-high-purity oxygen streams. In industrial VPSA processes, it optimizes efficiency, reducing energy consumption and space requirements. For medical oxygen, it enables oxygen-rich streams surpassing 95% purity, catering to diverse needs. With its innovative binding system, it ensures durability and mechanical strength.
Item 1 | FEIZHOU-13XHP | |||
Application | Substitute of Sodium X (13X) molecular sieve. Designed for PSA portable oxygen concentrator, industrial oxygen generator, oxygen purity is up to 93%±3%. | |||
Diameter | 20-50mesh (0.4-0.8mm) | 8-12mesh (1.6-2.5mm) | ||
N2 Absorption Capacity (ml/g) | ≥8.00 | ≥8.00 | ||
N2/O2 Selectivity | ≥3.0 | ≥3.0 | ||
Bulk Density (g/ml) | ≥0.62 | ≥0.62 | ||
Crushing Strength (N/pc) | - | 25±3 | ||
LOI (%) | ≤1.0 | ≤1.0 | ||
Item 2 | FEIZHOU-LiX | |||
Application | Designed for PSA / VPSA portable oxygen concentrator, industrial oxygen generator, oxygen purity is up to 93%±3%. | |||
Diameter | 20-50mesh (0.4-0.8mm) | 12-20mesh (0.8-1.3mm) | 10-12mesh (1.3-1.7mm) | 8-12mesh (1.6-2.5mm) |
N2 Absorption Capacity (ml/g) | ≥22.00 | ≥22.00 | ≥22.00 | ≥22.00 |
N2/O2 Selectivity | ≥6.2 | ≥6.2 | ≥6.2 | ≥6.2 |
Bulk Density (g/ml) | 0.63±0.03 | 0.63±0.03 | 0.63±0.03 | 0.63±0.03 |
Crushing Strength (N/pc) | - | - | ≥15 | 25±3 |
LOI (%) | ≤1.0 | ≤1.0 | ≤1.0 | ≤1.0 |
Molecular sieve oxygen concentrators
One biomedical device that has entered our lexicon during the pandemic is the oxygen concentrator. This device has brought down the scale of oxygen purification from industrial-size plants to the volumes needed for a single person.
At the heart of this technology are synthetic frameworks of silica and alumina with nanometer-sized pores that are rigid and inflexible.
Beads of one such material, zeolite 13X, about a millimetre in diameter, are packed into two cylindrical columns in an oxygen concentrator.
How does it work?
Zeolite performs the chemistry of separating oxygen from nitrogen in the air.
Being highly porous, zeolite beads have a surface area of about 500 square meters per gram.
At high pressures in the column, nitrogen is in a tight embrace, chemically speaking, with the zeolite.
Interaction between the negatively charged zeolite and the asymmetric nucleus (quadrupole moment) of nitrogen causes it to be preferentially adsorbed on the surface of the zeolite.
Oxygen remains free and is thus enriched.
Once nitrogen is under arrest, what flows out from the column is 90%-plus oxygen.
After this, lowering the pressure in the column releases the nitrogen, which is flushed out, and the cycle is repeated with fresh air.
Application
It’s compatible with most oxygen concentrators, including Philips, Invacare, Devibilsss, Airsep, Inogen, Yuwell, Longfian, Owgels, and other major brands.
Invacare Platinum 5L Beds
Invacare Platinum 10L Beds
Invacare Perfecto Beds
Invacare PerfectoV Beds
Respironics Everflo Beds
Respironics Millenium 5L Beds
Respironics Millenium 10L Beds
Airsep 5L Beds
Airsep 6/8L Beds
Airsep 10L Beds
Storage & Package
It is better to be stored at room temperature. Do not expose to the air directly and avoid water, acid and alkali.
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