Haina Psa Air Purification Adsorbent Factory Cms-260 Cms Carbon Molecular Sieve for Nitrogen N2 Production Generation

Product Performance PRODUCT PERFORMANCE DATA ‌ High Selectivity‌: Micropores of ‌0.28–0.38 nm‌ selectively adsorb oxygen (kinetic diameter: 0.346 nm) while blocking nitrogen (0.364 nm), delivering nitrogen purity ‌>99%‌ for PSA systems. ‌ High Adsorption Capacity‌: ‌ 18–25 mL/g‌ (at 1 atm, 25°C), ‌40–60% higher than activated carbon‌, reducing adsorber size, energy use, and operating cost.

‌Exceptional Mechanical Strength‌: Compressive strength ‌≥85 N/piece‌, with ‌zero powdering after 100,000 PSA cycles‌, ensuring long-term bed integrity and ‌60% reduction in maintenance frequency‌. ‌Thermal Stability‌: Stable under continuous operation at ‌150°C‌, with a service life of ‌5–8 years‌, outperforming zeolites and carbon fibers.

‌Low Humidity Sensitivity‌: Maintains ‌≥92% adsorption capacity‌ at ‌80% RH‌ over 1,000 hours, eliminating the need for pre-drying in industrial environments. Principle and Working Mechanism 1. Precise Separation, Purity Guaranteed‌ ‌2. High Pressure Resistance, Durability Doubled‌ ‌3.

Long-Lasting Performance, Lower Operating Costs‌ Micropore Structure Breakthrough‌: Engineered with 4Å-level micropores, achieving over 3 times faster oxygen adsorption than nitrogen, enabling highly efficient O2/N2 separation. Nitrogen purity remains stably above ‌99.9%‌, meeting ultra-high-purity demands in electronics and p harmaceutical products. Dynamic Adsorption Stability‌: Under high-pressure airflow (5–8 kg/cm²), the adsorption efficiency decay is less than 5%.

Performance remains consistent after ‌2,000 hours‌ of operation, reducing down