Molecular sieve 13X is a multiple-purpose, highly porous, high-capacity alkali metal alumino-silicate. It is the sodium form of the Type X crystal structure with pore diameters of approximately 10Å, suitable for adsorbing molecules ranging from 3.64Å to 10Å in size. It has low abrasion and strong water-adsorbing capacity to effectively adsorb moisture, CO2 from the air, as well as to dehydrate and desulfurize natural gas, liquefied petroleum gas, and liquid hydrocarbons. We can provide you with molecular sieve 13X in both spherical and cylindrical form.
It’s designed for dehydrating general gases, as well as the elimination of trace contaminants from air and other gases.
25kg/bag
Molecular sieve 13X is prone to moisture so it should not be exposed to the air directly, and storage should be placed in a dry place.
| Type | Spherical | Cylindrical | ||
| Diameter (mm) | 1.6-2.5 | 3-5 | 1/16” | 1/8” |
| Static Water Adsorption (≥%) | 26.5 | 26.5 | 21 | 21 |
| Static CO2 Adsorption (≥%) | 18 | 17.5 | 18 | 18 |
| Bulk Density (≥g/ml) | 0.64 | 0.62 | 0.64 | 0.64 |
| Compressive Strength (≥N/piece) | 25 | 80 | 30 | 80 |
| Abrasion (≤%) | 0.1 | 0.1 | 0.1 | 0.1 |
| Water Content (≤%) | 1.5 | 1.5 | 1.5 | 1.5 |
Functional Role and End-User Focus
The zeolite 13X molecular sieve serves as a critical adsorbent in industrial gas purification, targeted primarily at engineering firms and procurement professionals within petroleum, chemical, and gas processing sectors. As a product supplied by leading 13X molecular sieve suppliers, it enables enhanced removal of moisture and CO2 contaminants from various gas streams. This versatile adsorbent supports applications requiring reliable dehydration and desulfurization of natural gas, LPG, and other hydrocarbons, fulfilling stringent system integration and performance needs of industrial-scale processes. The product form—available in spherical or cylindrical beads—facilitates facile integration into existing adsorption beds, streamlining operational maintenance and system upgrades.
Technical Features and Performance Specifications
Our molecular sieve 13X beads desiccant exhibits a highly porous alkali aluminosilicate structure with sodium-form Type X crystallography delivering pore sizes roughly 10 Å. This optimized framework achieves over 26.5% static water adsorption capacity and 18% CO2 adsorption efficiency, as verified by bulk density and abrasion resistance metrics crucial for high-throughput gas drying systems. These specifications are critical for users requiring long-term adsorbent stability under rigorous industrial conditions, with compressive strengths exceeding 25 N/piece in spherical and reaching 80 N/piece for cylindrical forms. Packaging in 25 kg units, protected with plastic and steel drums, ensures product integrity during shipment from certified 13X molecular sieve manufacturers.
Applications and Industrial Relevance
The zeolite type 13X gas drying adsorbent is extensively employed across sectors such as petrochemical refining, natural gas processing, and air purification systems. Its ability to effectively adsorb water vapor and trace contaminants enables compliance with strict environmental and quality regulations governing gas compositions. Facilities utilize this adsorbent for on-site dehydration, process stream purification, and replacement of aged molecular sieve media to optimize overall system efficiency and lifecycle costs. Furthermore, the product facilitates laboratory validation of adsorption properties and supports engineering design benchmarks for advanced molecular sieve installations. Collaboration with established 13X molecular sieve manufacturers guarantees supply consistency and technical support aligned with evolving industry demands.
Product Advantages
Design and Structural Benefits
The robust framework of our zeolite 13X molecular sieve benefits from a high-capacity, low-abrasion alkali aluminosilicate matrix, engineered for enhanced mechanical durability and extended operational cycles. Available in both spherical and cylindrical bead forms, the modular design ensures compatibility with diverse adsorption units, facilitating seamless retrofit and scalability within gas treatment systems. This structural versatility is particularly valuable for engineers configuring optimized molecular sieve beds, enabling systematic replacement and incremental capacity expansion without disruption. Such well-engineered dimensional and packaging specifications streamline handling by procurement and operational teams supplied by reputable 13X molecular sieve suppliers.
Performance and User-Centric Value
From a performance standpoint, our 13X molecular sieve adsorbent demonstrates sustained moisture and CO2 removal efficiencies that translate directly into reduced downtime and improved process stability. The material’s low water content and high compressive strength minimize the frequency of media replacement, contributing to lower operational expenditures. Additionally, its consistent adsorptive performance under variable pressure and flow conditions ensures reliable compliance with process parameters. These attributes yield substantial ROI for industrial users seeking dependable gas drying solutions that integrate effectively with automated purification systems, supported by expert technical service from leading 13X molecular sieve manufacturers.
Use Scenarios
Natural Gas Processing and Purification
Within the natural gas sector, our molecular sieve 13X beads desiccant operates as a fundamental component for gas dehydration before pipeline transmission or liquefaction. This application environment demands precise removal of moisture and sulfur compounds to prevent corrosion and impede catalyst poisoning. The adsorbent’s high affinity for water and robust mechanical properties align perfectly with rigorous processing conditions, encompassing elevated pressures and variable flow rates common in gas treatment trains. System integrators rely on this zeolite type 13X gas drying material to maintain throughput efficiency while supporting compliance with industry-specific quality standards and environmental regulations.
Air and Industrial Gas Quality Control
In industrial gas quality control scenarios, the zeolite 13X molecular sieve functions to eliminate trace contaminants, including CO2 and moisture, from compressed air and specialty gas streams. Applicable in pharmaceutical, electronics manufacturing, and laboratory environments, this adsorbent upholds purity levels critical for sensitive process requirements. The technical advantages include reproducible adsorption capacity and ease of replacement within tightly controlled systems, facilitating uninterrupted operations. Integration of this adsorbent by stakeholders ensures alignment with consistent quality control protocols while leveraging reliability provided by certified 13X molecular sieve suppliers experienced in delivering high-grade molecular sieves for assorted purification workflows.
Established in 2004, Jiangyin Exeter Metal Products Co., Ltd. specializes in manufacturing gas generation equipment, including PSA nitrogen/oxygen generators, gas purification units, and VPSA oxygen equipment. Our solutions serve diverse industries such as petroleum, chemical, coal mining, medicine, food, metallurgy, electronics, metal heat treatment, new materials, glass processing, and aerospace. To ensure high-quality equipment, we source components exclusively from internationally recognized brands like SIEMENS, Bürkert (Germany), ABB, Schneider, and AirTac. Each part undergoes strict inspection through our ERP system, guaranteeing reliable final products.
Contact our technical team for expert help to select the right molecular sieve or gas generation solution for your application.
FAQ
What is the main material composition of the 13X molecular sieve?
The zeolite 13X molecular sieve is a highly porous alkali metal aluminosilicate in its sodium form with a Type X crystal structure. This composition provides high-capacity adsorption suitable for moisture and CO2 removal in gas dehydration and purification applications.
Can the 13X molecular sieve adsorb both moisture and CO2 effectively?
Yes, the 13X molecular sieve adsorbent exhibits strong water and CO2 adsorption capacities, with static water adsorption of at least 26.5% and CO2 adsorption of at least 18%. This makes it ideal for gas stream dehydration and trace contaminant removal in industrial processes.
Are there different shapes and packaging options available for the molecular sieve 13X beads desiccant?
The molecular sieve 13X beads desiccant is offered in spherical (1.6-2.5 mm diameter) and cylindrical (3-5 mm diameter) forms. Both shapes have low abrasion and robust mechanical strength. Packaging typically consists of 25 kg bags sealed with a plastic liner inside steel drums to prevent moisture exposure.
What considerations are important for storage and handling of 13X molecular sieve?
Molecular sieve 13X is highly susceptible to moisture and should be stored in a dry place to maintain performance. It must not be exposed directly to air during storage or handling. Proper sealed packaging helps ensure the adsorbent remains effective until deployed in gas dehydration or purification systems.
Established in 2004, Exeter possesses 20-year experience in producing air separation equipment, including PSA nitrogen/oxygen generator, gas purification equipment, VPSA oxygen equipment, etc.
