CMS 260
Carbon molecular sieve is a kind of adsorption material with carbon as the main component and highly developed microporous structure, which is widely used in PSA nitrogen production and gas separation.
CMS 260 is manufactured as uniform black granules, characterized by a narrow pore size distribution of approximately 0.3–0.4 nanometers, which allows it to selectively adsorb smaller oxygen molecules while letting larger nitrogen molecules pass through. These properties provide greater durability during repeated adsorption–desorption cycles, extending operational lifespan and reducing maintenance requirements.
With over 15 years of expertise in molecular sieve production, we have developed carbon molecular sieves 260 to combine stability, energy efficiency, and long service life. Manufactured in our modern facility in Anhui, China, and backed by international certifications, YUANHAO CMS 260 delivers reliable performance trusted by industries worldwide.We are committed to producing “high-end, energy-saving, stable and long service life, high nitrogen production and low air consumption” CMS.
Technical Specifications of CMS 260
YUANHAO provides a comprehensive specifications table for CMS 260, along with expert guidance to help you select the most suitable solution for your application. For more detailed information or personalized support, please contact us, and our team will respond promptly to address your needs.
| GUANGDE YUANHAO MOLECULAR SIEVE CO., LTD Technical Parameters | ||||
| Product Technical Specifications The following are standard values, please increase or decrease the margin as needed | ||||
| Model | Adsorption pressure(Mpa) | Nitrogen concentration(%) | Carbon yield(L/h.kg) | Air / nitrogen |
| CMS-260 | 0.8 | 99.999 | 80 | 7 |
| 99.99 | 120 | 5 | ||
| 99.9 | 200 | 3.6 | ||
| 99.5 | 260 | 2.8 | ||
| 99 | 320 | 2.5 | ||
| 98 | 360 | 2.3 | ||
| Particles diameter(mm) | 1.1-1.2 | Bulk density (g/L) | 660-670 | |
| Adsorption Time(s) | 2*45 | Crushing strength(N/pcs) | ≥70-100N | |
| The optimal nitrogen production effect is achieved when the intak temperature is around 20℃. | ||||
Carbon Molecular Sieve Manufacturer
Why leading industries trust YUANHAO for CMS 260
Over 15 Years of Expertise in CMS Manufacturing
Founded in 2010, YUANHAO has accumulated over 15 years of experience in carbon molecular sieve production. This long-term specialization ensures CMS 260 is developed with advanced know-how, proven reliability, and consistent performance, making it a trusted choice for demanding nitrogen generation applications worldwide.
Strategic Location with Strong Regional Advantages
Situated in Anhui Province at the junction of Jiangsu, Zhejiang, and Anhui, YUANHAO benefits from excellent logistics and abundant resources. This advantageous location enables efficient production, faster delivery, and more stable supply of CMS 260 to customers across various global industries with minimal disruption.
Advanced Facilities Ensuring High Capacity
YUANHAO operates a 6,617-square-meter site, including 4,500 square meters of modern production space equipped with advanced lines. With an annual output capacity of 1,600 tons, we ensure CMS 260 is produced with consistent quality, stable performance, and the capability to meet large industrial demand.
International Certifications and Industry Recognition
Certified under ISO 9001, ISO 14001, and ISO 45001, YUANHAO demonstrates strict compliance with international standards of quality, safety, and sustainability. Our CMS 260 has earned broad recognition in the global air separation industry, trusted by leading companies for reliable nitrogen generation and gas separation systems.
YUANHAO cooperating customers
Over the years, YUANHAO has built strong partnerships with leading enterprises in the air separation and gas generation industry. Our CMS products are trusted by well-known companies such as Fenghua, Hangyang, INTURE, and JEECH. These collaborations reflect the confidence that top industry players place in YUANHAO’s stable quality, reliable supply, and advanced technical support. By working with such reputable partners, YUANHAO continues to strengthen its position as a dependable global supplier of carbon molecular sieves.
Consult Your Carbon Molecular Sieve Experts With Easy
We make it simple to get the right CMS 260 solution — with reliable quality, competitive pricing, and on-time delivery.
Tell Us Your Requirements
Share your needs in detail — such as the CMS model you prefer, the volume required, and your specific application. The more information you provide, the faster we can tailor the right solution for you. After submitting the form, our team will respond within 24 hours.
Get Your Solution & Quote
Based on your requirements, YUANHAO experts will design the most suitable CMS 260 solution. A clear and competitive quotation will be provided promptly to help you make the best decision. For urgent cases, you can call us directly at +86-15669292835.
Confirm & Start Production
Once you approve the solution, we will immediately arrange mass production. Our modern facilities ensure stable quality and high output, and we take care of the shipment to guarantee safe and timely delivery.
Applications of CMS 260
Packaging Sensitive Materials
CMS 260 provides high-purity nitrogen for packaging semiconductors, specialty chemicals, and other oxygen- or moisture-sensitive products. By displacing oxygen and maintaining an inert atmosphere, it extends shelf life.
Chemical Industry
CMS 260 supply nitrogen for oxidation-sensitive reactions, reactor blanketing, and storage tank protection. Its stable adsorption performance and high nitrogen purity reduce the risk of unwanted reactions.
Laboratory and Analytical
In research and analytical labs, CMS 260 delivers reliable high-purity nitrogen for experiments, chromatography, and instrument calibration. Its stable flow and purity support precise measurements and reproducible results.
Beverage and Food Processing
Beyond simple packaging, CMS 260 is used in modified atmosphere packaging (MAP) for perishable foods and beverages. By controlling oxygen levels, it extends freshness and reduces spoilage during distribution and storage.
Carbon Molecular Sieve 260 Raw Materials
Coal-Based Materials
Coal-based CMS uses readily available, low-cost coal as the raw material. It offers good mechanical strength and mature production technology, making it suitable for large-scale industrial applications. Careful selection of low-ash, smokeless coal is essential, as high ash content can block pores, reduce adsorption efficiency, and negatively affect nitrogen separation performance.
Biomass Materials
Biomass-based CMS is produced from renewable, environmentally friendly, and widely available materials such as coconut shells. This raw material is considered high-quality for high-performance activated carbon and CMS, offering naturally hard structures that result in high strength, low ash content, and well-developed pores, producing excellent adsorption performance and mechanical durability.
Polymer-Based Materials
Polymer-based CMS is manufactured from synthetic precursors, such as Phenolic Resin, typically for high-performance or specialized applications. Although it has higher production costs and more complex processes, it provides precisely controlled pore structure, superior energy efficiency, and long-term stability, making it ideal for high-end industrial, laboratory, or academic research purposes.
Carbon Molecular Sieve 260 Regeneration
Over time, adsorption sites in CMS 260 can become saturated with oxygen, moisture, or other impurities, reducing nitrogen purity and operational efficiency. Proper regeneration restores adsorption capacity, stabilizes performance, and reliably extends the service life of the CMS. Different raw materials require different regeneration methods, and the following expert guidance from YUANHAO is provided to help optimize this process.
Thermal Regeneration
Thermal regeneration heats CMS 260 to a controlled temperature to desorb accumulated gases and moisture. This method is suitable for coal-based and biomass-based CMS, which tolerate repeated heating without structural damage. Thermal regeneration ensures full recovery of adsorption capacity, making it ideal for continuous industrial-scale nitrogen generation and large-scale PSA systems.
Pressure Swing Regeneration
Pressure swing regeneration uses alternating pressure cycles to release adsorbed gases from CMS 260. It is commonly applied in on-site PSA nitrogen systems, allowing continuous operation without removing the molecular sieve. This method works best for biomass-based CMS with high mechanical strength and low ash content, maintaining nitrogen purity and efficient operation.
Vacuum Regeneration
Vacuum regeneration applies reduced pressure to facilitate desorption at lower temperatures. It is suitable for polymer-based CMS or other high-performance sieves sensitive to heat. This method preserves the precise pore structure while restoring adsorption efficiency, making it ideal for high-purity nitrogen generation in laboratories or specialized industrial processes.
CMS 260 Frequently Asked Questions
What are the key performance advantages of CMS260?
CMS260 provides excellent adsorption capacity, stable molecular separation performance, strong mechanical strength, and good regeneration characteristics. These advantages allow CMS260 to maintain efficient oxygen removal during repeated PSA cycles, helping nitrogen generators achieve stable output, improved recovery efficiency, and reliable long-term operation.
What nitrogen purity requirements can CMS260 meet?
The nitrogen purity achieved with CMS260 depends on PSA system design, operating pressure, cycle parameters, and nitrogen production requirements. CMS260 is suitable for applications requiring stable nitrogen purity and efficient oxygen removal, making it a flexible option for different industrial nitrogen generation conditions.
How does CMS260 compare with CMS240 Carbon Molecular Sieve?
Compared with CMS240, CMS260 is designed to provide enhanced adsorption performance and higher nitrogen production efficiency. CMS260 is suitable for applications that require improved separation capability and more demanding operating conditions, while CMS240 focuses more on balanced performance and general nitrogen generation requirements.