High quality molecular sieve

3A molecular sieve is a type of high-performance microporous adsorbent material with potassium-exchanged A-type zeolite as the core component. Its pore size is precisely controlled at 3Å (0.3 nanometers). Relying on its unique molecular sieving effect and excellent adsorption capacity, it has become a core material in the deep drying, purification, and separation processes of gases and liquids, widely adapting to the harsh working conditions of various industries.   Core Product Performance 1.Precise Selective Adsorption: The pore size is exclusively adapted for water molecules (kinetic diameter: 2.8Å) to enter the adsorption channels, enabling efficient interception of large molecules including CO₂, NH₃, and organic hydrocarbons, thus achieving targeted deep dehydration of the target system. The product boasts a static water adsorption capacity of up to 20%–22%, making it especially suitable for drying scenarios of humidity-sensitive media.   2.Excellent Environmental Resistance: The crystalline structure has superior thermal stability, maintaining structural integrity even under a high-temperature environment of 350℃. It also possesses good chemical inertness, resisting corrosion from strong polar solvents and acidic gases such as H₂S, and can operate stably under harsh working conditions to ensure long-term service reliability.   3.High-Efficiency Regeneration and Reusability: After adsorption saturation, the adsorption performance can be quickly restored through heating desorption at 200–350℃ or vacuum desorption, with extremely low loss during the regeneration process. After multiple regeneration cycles, the adsorption efficiency can still be maintained above 90%, significantly reducing the operational costs of industrial production.   4.Safety, Environmental Protection and Compliance: The product itself is non-toxic and free of pollutant emissions. It has obtained FDA food contact safety certification and complies with the EU RoHS environmental directive, allowing safe application in food, pharmaceutical, electronic and other fields with stringent requirements for purity and safety.   Typical Application Scenarios 1.Industrial Gas Drying: Conduct deep dehydration of cracked gas and natural gas to avoid pipeline ice blockage and equipment corrosion issues.   2.Petrochemical Industry: Realize dehydration of hydrocarbons such as liquefied petroleum gas (LPG) and olefins to prevent hydrate formation from affecting production.   3.Refrigeration Systems: Perform drying treatment on refrigerants such as R134a to improve the energy efficiency and operational stability of refrigeration systems.   4.Electronic Packaging: Purify inert gases such as nitrogen and argon to construct a clean environment required for semiconductor production.   5.Pharmaceutical Preparations: Complete solvent dehydration and drug packaging moisture control to effectively extend the shelf life of drugs.   Any interestes or questions ,welcome to visit us at www.carbon-cms.com.