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Type V 13X Low-Silica Molecular Sieve

Type V 13X Low-Silica Molecular Sieve is a high-performance adsorbent for CO₂ removal, hydrogen purification, and air separation applications.

The Type V 13X Low-Silica Molecular Sieve is an innovative adsorbent designed for applications requiring efficient gas purification and separation. Its reduced silica content provides superior chemical resistance and adsorption performance. This molecular sieve is optimized for air separation, hydrogen purification, and carbon dioxide (CO₂) removal, ensuring maximum efficiency and long service life for various industrial processes.

Typical Applications:

Air Separation: Enhances oxygen and nitrogen production by removing impurities.

CO₂ Removal: Effectively eliminates carbon dioxide in natural gas processing.

Hydrogen Purification: Used in PSA (Pressure Swing Adsorption) hydrogen production processes.

Environmental Solutions: Supports carbon capture and storage (CCS) initiatives.

Industrial Drying: Removes moisture and contaminants in petrochemical processes.

 

Product Features:

Low-Silica Content: Ensures higher chemical stability and resistance to acidic gases.

High Adsorption Capacity: Superior moisture and CO₂ removal, even under challenging conditions.

Thermal Stability: Performs consistently in high-temperature environments.

Durable Design: High crush strength and low attrition rates extend operational life.

Energy Efficiency: Reduces regeneration energy, supporting eco-friendly operations.

 

Product Specifications:

Type V 13X Low-Silica Molecular Sieve Technical Specifications Table
Technical Data for Type V 13X Low-Silica Molecular Sieve

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