Molecular Sieve Adsorbent with Pore Volume 0.35-0.45ml/g and Thermal Stability Up To 400°C for Petrochemical Gas Separation

Pore Volume 0.35 to 0.45ml per gram Molecular Sieve Sorbent Used in Petrochemical Industry Gas Separation (CAS No: 308080-99-1)

The LVNENG Molecular Sieve Adsorbent is a highly efficient chemical auxiliary agent engineered for superior molecular sieve sorption capabilities in industrial applications requiring precise moisture and gas separation.

This adsorbent features exceptional thermal stability up to 300°C, maintaining optimal performance in demanding environments. With compressive strength of 100N and particle crushing strength ≥90N, it ensures durability and minimal dust generation during operation.

The uniform pore structure and optimized particle size distribution enable selective adsorption based on molecular size and polarity, making it ideal for gas drying, solvent purification, and impurity removal in chemical manufacturing processes.

• Petrochemical industry gas drying (natural gas, hydrogen)
• Air separation and compressed air moisture removal
• Pharmaceutical and food industry humidity control
• Solvent purification and chemical manufacturing
• Gas purification and dehydration processes

Our comprehensive technical support includes product selection guidance, application techniques, and troubleshooting assistance. Our technical team provides process optimization for regeneration cycles, temperature control, and pressure conditions to maximize adsorption efficiency.

We offer customized solutions for unique industrial requirements, on-site assistance, training sessions, and detailed documentation. Quality assurance and testing services ensure performance reliability and regulatory compliance.

Packaged in multi-layer kraft paper bags with inner plastic liners to prevent moisture ingress. Standard packaging includes 25kg and 50kg bags with customized options available.

Product is securely palletized and wrapped for shipping via sea, air, or land. Store in cool, dry conditions away from direct sunlight and moisture to preserve adsorption properties.