Carbon Molecular Sieve (CMS): Premium Adsorbents for Efficient
Nitrogen Generation
Introduction
Carbon Molecular Sieve (CMS) is a cutting-edge non-polar adsorbent
renowned for its exceptional ability to separate nitrogen from air
at ambient temperature and pressure. By leveraging differential gas
diffusion rates and adsorption forces within its microporous
structure, CMS enables efficient nitrogen production, making it a
cornerstone technology across industries such as petrochemicals,
metal heat treatment, electronics manufacturing, and food
preservation.
Product Features & Technical Excellence
Our CMS系列 products are engineered to deliver superior performance,
reliability, and versatility. Key features include:
Core Characteristics
- Precision Particle Size: 1.0~1.5mm diameter ensures optimal packing density and uniform
gas flow distribution.
- Efficient Adsorption Cycle: Operates on a 2×60-second cycle, balancing adsorption and
regeneration for continuous nitrogen output.
- High Bulk Density: 650–670 g/L enhances adsorption capacity and system efficiency.
- Exceptional Mechanical Strength: ≥80 N/piece compressive strength resists attrition, extending
service life even under high airflow conditions.
Technical Specifications
The following table outlines nitrogen purity, production capacity,
and air-to-nitrogen efficiency for our CMS models at 0.8 MPa:
Key Advantages
1. Unmatched Cost-Effectiveness
Our CMS reduces both capital investment and operational costs. High
N₂/Air efficiency (up to 56% for CMS-260 at 98% purity) minimizes
energy consumption, while long service life lowers replacement
frequency—delivering tangible savings over the product lifecycle.
2. Durability & Reliability
- High Hardness & Low Ash Content: Resists degradation from airflow impact, ensuring stable
performance in demanding industrial environments.
- Uniform Particle Size: Prevents channeling and pressure drop issues, maintaining
consistent nitrogen output over time.
3. Stringent Quality Control
Every batch undergoes 100% inspection per strict enterprise
standards, with dual-layer quality checks (production-line testing
+ factory certification). This commitment ensures consistent
purity, output, and efficiency across all orders.
4. High-Purity Capability
Our specialized resin-type CMS achieves nitrogen purity up to 99.9995%, meeting critical requirements in electronics, pharmaceuticals,
and other precision industries.
FAQ
Q1: What industries benefit most from your CMS?
A: Our CMS is ideal for petrochemicals (inert gas blanketing),
metal heat treatment (oxidation prevention), electronics
(semiconductor manufacturing), and food preservation (extended
shelf life).
Q2: How does CMS purity affect production capacity?
A: Higher purity (e.g., 99.99%) reduces output (e.g., 40 NM³/h·t
for CMS-160), while lower purity (98%) increases capacity (290
NM³/h·t). Our models balance purity and yield to suit diverse
needs.
Q3: What maintenance is required for CMS systems?
A: Minimal maintenance is needed—regular air filtration to prevent
dust contamination and periodic pressure checks. Our CMS’s high
compressive strength ensures a service life of 3–5 years under
optimal conditions.
Q4: Can you customize CMS for specific applications?
A: Yes! We offer tailored solutions for unique pressure, purity, or
space constraints. Contact our technical team for personalized
recommendations.
Why Choose Us?
With industry-leading efficiency, rigorous quality assurance, and
customizable options, our Carbon Molecular Sieves empower
businesses to optimize nitrogen generation—driving productivity
while reducing costs. Contact us today to explore how our CMS can
elevate your operations.
