Best Carbon Molecular Sieve JZ-CMS2N Pricelist, Quotes
JZ-CMS2N is a new kind of non-polar adsorbent, designed for the enrichment of nitrogen from air, and has a high adsorption capacity from oxygen. With its characteristic of high efficiency,low air consumption and high purity nitrogen capacity.
JZ-CMS2N is a new kind of non-polar adsorbent, designed for the enrichment of nitrogen from air, and has a high adsorption capacity from oxygen. With its characteristic of high efficiency, low air consumption and high purity nitrogen capacity.
The raw materials of carbon molecular sieve are phenolic resin, pulverized first and combined with the base material, then activated pores. Carbon molecular sieve differs from ordinary activated carbons as it has a much narrower range of pore openings. This allows small molecules such as oxygen to penetrate the pores and separate from nitrogen molecules that are too large to enter the CMS. The larger nitrogen molecules by-pass the CMS and emerge as the product gas.
Performance Insight
Under same working condition, one ton CMS2N can get 220 m3 of Nitrogen with purity 99.5% per hour. Different purity with different output capacity of Nitrogen.
Performance & Testing Specifications
Type
Purity (%)
Productivity (Nm3/h.t)
Air / N2
JZ-CMS2N
98
300
2.3
99
260
2.4
99.5
220
2.6
99.9
145
3.7
99.99
100
4.8
99.999
55
6.8
Testing size
Testing Temperature
Adsorption Pressure
Adsorption Time
1.2
≤20℃
0.75-0.8Mpa
2*60s
PSA technology separates N2 and O2 by the van der Waals force of carbon molecular sieve.
Used to separate N2 and O2 in the air in the PSA system. The carbon molecular sieves is widely applied in petroleum chemical industry, the heat treatment of metal, the electronic manufacture industries.
Applications
Compressed Air Drying
Organic solvent dehydration
Desiccant Packs
Storage Requirements & Packaging
The product as desiccant cannot be exposed in the open air and should be stored in dry condition with air-proof package.
JZ-CMS2N is a modern, non-polar adsorbent specifically engineered to separate oxygen from air in order to enrich nitrogen. It features high efficiency, low air consumption, and yields high purity nitrogen.
How does JZ-CMS2N achieve oxygen and nitrogen separation?
The separation relies on size exclusion through narrow pores. Smaller oxygen molecules penetrate the carbon molecular sieve's pore structure, while larger nitrogen molecules bypass the pores to exit the system as the final product gas.
What are the primary applications of JZ-CMS2N?
It is widely applied in PSA (Pressure Swing Adsorption) nitrogen generation systems. Key industries include metal heat treatment, petrochemicals, electronics manufacturing, compressed air drying, organic solvent dehydration, and desiccant packaging.
How should JZ-CMS2N be packaged and stored?
Because JZ-CMS2N acts as a desiccant, it must never be exposed to open air. It should be kept in a dry environment and stored in air-proof packaging, which typically comes in 20kg, 40kg, or 137kg plastic drums.
What is the typical nitrogen output for JZ-CMS2N?
Under standard conditions, one ton of JZ-CMS2N can output 220 m³ of nitrogen per hour at 99.5% purity. Yield varies depending on the target purity, ranging from 300 Nm³/h.t at 98% purity to 55 Nm³/h.t at 99.999% purity.
