Gas Separation Materials
Carbon Molecular Sieve
HIGH PURITY CARBON MOLECULAR SIEVE
BS-CMS-4NHP
A premium carbon molecular sieve engineered specifically for high-purity PSA nitrogen generation, delivering nitrogen purity up to 99.99% with optimized performance for applications where product quality takes precedence over production volume.
Key Features
- * Premium Purity： Achieves nitrogen purity of ≥ 99.99% in a single PSA stage, meeting the most demanding industrial specifications.
- * Optimized for High-Purity Applications： Engineered for scenarios where product quality is the priority and flow rate is secondary.
- * High Separation Efficiency： Precisely controlled 4Å micropore structure ensures superior oxygen-nitrogen separation efficiency.
- * Stable and Reliable： Consistent pore structure guarantees stable purity and recovery rate over an extended operational life.
- * Low Maintenance： High mechanical strength and low attrition rate minimize dusting, reduce system fouling, and lower maintenance costs.
- * Broad High-Value Applications： Ideal for pharmaceutical manufacturing, electronics production, high-spec food packaging, and metal heat treatment.
Unlike standard-grade products optimized for maximum output, the BS-CMS-4NHP prioritizes separation efficiency and purity stability. It is the ideal choice for high-value industrial processes where even trace oxygen contamination can compromise product quality or process safety, such as pharmaceutical manufacturing, electronics production, high-spec food packaging, and metal heat treatment.
| Property | Value |
|---|---|
| Particle Size | 1.1–1.2 mm |
| Bulk Density | 660–690 kg/m³ |
| Crushing Strength | ≥85 N |
| Working Pressure | 0.8MPa |
| Nitrogen Purity | 99.99% |
| Application | Electronics / Pharmaceutical manufacturing.. |
- * Premium Purity： Achieves nitrogen purity of ≥ 99.99% in a single PSA stage, meeting the most demanding industrial specifications.
- * Optimized for High-Purity Applications： Engineered for scenarios where product quality is the priority and flow rate is secondary.
- * High Separation Efficiency： Precisely controlled 4Å micropore structure ensures superior oxygen-nitrogen separation efficiency.
- * Stable and Reliable： Consistent pore structure guarantees stable purity and recovery rate over an extended operational life.
- * Low Maintenance： High mechanical strength and low attrition rate minimize dusting, reduce system fouling, and lower maintenance costs.
- * Broad High-Value Applications： Ideal for pharmaceutical manufacturing, electronics production, high-spec food packaging, and metal heat treatment.
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