Carbon Sieve

Product Description

 Physical Properties (Sorted by common order of consideration):

1. Particle Size/Diameter: (Crucial for packing and pressure drop)
2. Shape: (Impacts packing and flow)
3. Bulk Density: (Affects the amount of adsorbent in a given volume)
4. Compressive Strength/Crushing Strength: (Important for durability)
5. Pore Size Distribution: (The most critical factor for selectivity)
6. Micropore Volume: (Relates to adsorption capacity)
7. Surface Area: (Influences overall adsorption)
8. Color: (A general characteristic)
9. Particle Ratio: (Indicates uniformity)
10. Loss on Drying: (Indicates moisture content)

II. Performance Characteristics (for Nitrogen Production - Sorted by typical order of interest):

1. Nitrogen Purity: (The primary output quality)
2. Nitrogen Yield: (Amount of product per unit of adsorbent)
3. Nitrogen Recovery Rate: (Efficiency of nitrogen extraction)
4. Adsorption Pressure: (Operating parameter)
5. Switching Cycle/Adsorption Cycle: (Operating parameter)

III. Chemical Properties (Sorted by fundamental aspects):

1. Main Component: (The base material)
2. Hydrophobicity: (Influences interaction with water)
3. Thermal and Chemical Stability: (Important for longevity and application range)

IV. Applications (Sorted alphabetically):

1. Air Separation
2. Carbon Dioxide Removal
3. Catalyst Support
4. Hydrogen Purification
5. Methane Concentration
6. Nitrogen Generation
7. Removal of Impurities
8. Separation of Olefins and Paraffins
9. Solvent Recovery

V. Quality Standards (Single category):

1. Quality Standards (e.g., HG/T 4364-2012) and Test & Inspection Certificates

VI. Important Considerations (Sorted by general importance for users):

1. Pore Size Distribution (Re-emphasized due to its critical nature)
2. Manufacturer and Manufacturing Process (Impacts quality and performance)
3. Operating Conditions (Crucial for achieving desired results)
4. Customization (Possibility for tailored solutions)