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High Nitrogen Yield Carbon Molecular Sieve CMS-220 with Micropores Air Separation and 1.1-1.2mm Size

10 Kilograms
MOQ
Negotiable
Price
High Nitrogen Yield Carbon Molecular Sieve CMS-220 with Micropores Air Separation and 1.1-1.2mm Size
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Features
Specifications
Stacking Density: 680-700G/L
Type: Adsorbent
Model: CMS-220
Compression Strength: ≥75N/Particle
Color: Black
Basic Infomation
Place of Origin: Shaanxi,China
Brand Name: Xi'an Lvneng
Certification: ISO9001:2008
Model Number: Carbon Molecular Sieve
Payment & Shipping Terms
Packaging Details: 1. Carton Drum/25KG 2. Carton Box/25KG; 3. Iron Drum/150KG
Delivery Time: 3-15 work days
Supply Ability: 50 Tons/ per Month
Product Description
Adsorbent Type Carbon Molecular Sieve With Micropores Air Separation Capacity
High nitrogen yield Industrial Carbon Molecular Sieve -220 Micropores Air Separation Capacity Size 1.1-1.2mm

Carbon molecular sieve (CMS) is a nonpolar adsorbent model designed for molecular oxygen separation at normal temperature and pressure swing adsorption in air, enabling the production of nitrogen-rich gas. Air separation relies on the varying diffusion speeds of gases within the carbon molecular sieve's micropores, combined with adsorption forces. These mechanisms work together to facilitate efficient nitrogen separation.

Carbon molecular sieve is currently the preferred adsorbent for pressure swing adsorption (P.S.A) air separation to produce nitrogen-rich gas. The resulting nitrogen is widely used across multiple industries including chemical, petroleum and natural gas, electronics, food processing, coal mining, pharmaceuticals, cable manufacturing, metal heat treatment, and transportation/storage applications.

High Nitrogen Yield Carbon Molecular Sieve CMS-220 with Micropores Air Separation and 1.1-1.2mm Size 0 High Nitrogen Yield Carbon Molecular Sieve CMS-220 with Micropores Air Separation and 1.1-1.2mm Size 1 High Nitrogen Yield Carbon Molecular Sieve CMS-220 with Micropores Air Separation and 1.1-1.2mm Size 2
Technical Specifications
Model Adsorption Pressure (Mpa) N2 Concentration Nitrogen Production Volume Air and Nitrogen Ratio
CMS-2200.75-0.8953801.75
973402.0
982602.25
98.52552.29
992452.38
99.52202.55
99.91403.7
99.991004.7
99.999556.8
CMS-2400.75-0.8954201.75
973602.0
982852.2
98.52752.25
992602.35
99.52402.5
99.91553.5
99.991104.65
99.999656.7
CMS-2600.75-0.8993202.2
99.52602.5
99.91753.5
99.991204.6
99.999706.7

Particle Diameter: 1.1-1.2MM

Stacking Density: 680-700G/L

Test Temperature: ≤20℃

Adsorption Time: 2X50S

Compression Strength: ≥75N/Particle

Our Services
  • 24-hour response to product inquiries
  • OEM & ODM services for custom requirements
  • Experienced foreign trade team with professional product knowledge
  • Strict protection of client sales data, designs, and patent information
  • Sample and OEM services available
  • Comprehensive after-sales service with 3-day issue resolution
High Nitrogen Yield Carbon Molecular Sieve CMS-220 with Micropores Air Separation and 1.1-1.2mm Size 3 High Nitrogen Yield Carbon Molecular Sieve CMS-220 with Micropores Air Separation and 1.1-1.2mm Size 4
Frequently Asked Questions
Q: Could we send a free sample for reference?
A: Yes, of course. Don't be shy, go ahead asking for a sample :)
Q: What about the price and MOQ?
A: We promise the price we offered is the most competitive with top quality! We accept both large and small quantity orders.
Q: What is the lead time?
A: Within 7-20 days after receipt of payment or L/C.
Q: Payment term?
A: 100% TT in advance, 30% TT deposit before shipment balance against copy of B/L, L/C at sight.
Q: How to solve quality problems after sales?
A: Take photos of the problems and send to us. After confirmation, we will provide a satisfying solution within three days.

More information please contact us. It's our pleasure to solve questions for you.

Important Notes

1. The product cannot be exposed in open air and should be stored in dry conditions with air-proof packaging.

2. The product should be regenerated after a certain period of adsorption. The appropriate regeneration temperature should be below 350°C.

High Nitrogen Yield Carbon Molecular Sieve CMS-220 with Micropores Air Separation and 1.1-1.2mm Size 5
Factory Information
High Nitrogen Yield Carbon Molecular Sieve CMS-220 with Micropores Air Separation and 1.1-1.2mm Size 6 High Nitrogen Yield Carbon Molecular Sieve CMS-220 with Micropores Air Separation and 1.1-1.2mm Size 7 High Nitrogen Yield Carbon Molecular Sieve CMS-220 with Micropores Air Separation and 1.1-1.2mm Size 8
Our Service Commitment
High Nitrogen Yield Carbon Molecular Sieve CMS-220 with Micropores Air Separation and 1.1-1.2mm Size 9
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