Products
Basic dehumidifier series - HYD10A
13X molecular sieve, high capacity adsorption material for air separation, oxygen production and deep gas purification
Description
marker
▎Product overview
The HYD10A molecular sieve is a sodium aluminosilicate with a crystal pore size of 9–10 Å (about 0.9 nm). The 13X molecular sieve has a large porous structure and high adsorption capacity. It is widely used in industrial processes such as air separation, PSA oxygen generation, low temperature gas pre-treatment, deep drying, CO₂ removal and LNG/LPG pre-treatment. It is a key base material in many air separation and gas cleaning systems.
▎Key benefits
• High adsorption capacity
• High efficiency in removing water, CO₂ and some hydrocarbons
• Suitable for low temperature systems
• Great for oxygen production systems
• Provides a long cycle of industrial operation
• Widely proven industrial applications.
▎Typical applications
• Pre-cleaning in air separation units
• PSA-oxygen production
• LNG/LPG pre-treatment
• Deep drying of gases
• Adsorption and removal of CO₂
• Natural gas dehydration
• High purity gas processing
• Dehydration and desulfurization (removal of H₂S and mercaptans) of natural gas, liquefied petroleum gas, liquid alkanes (propane, butane, etc.)
• Deep drying of general purpose gases (such as compressed air, permanent gases)
• Desulfurization and deodorization of aerosol propellants
▎Standard packaging
125 kg, sealed steel drum
▎Precautions
• The product easily absorbs moisture and should not be left in the open air. Store in a dry place.
• After a certain period of adsorption, regeneration can be carried out. The recommended regeneration temperature is not higher than 350 °C.
▎Material/Structure
• Type X zeolite system
• High-capacity microporous structure
• Porous structure suitable for trapping a wider range of contaminants
▎Recommendations for selection
When the process requires high impurity removal capacity, especially in oxygen production, air separation and low temperature gas treatment systems, 13X molecular sieve should be preferred.
▎Frequently Asked Questions
Question: Why is 13X often used in oxygen production and air separation?
Answer: This is because it can effectively remove moisture, CO₂ and other impurities from the air, which is suitable for pre-treatment conditions in air separation systems and PSA oxygen production systems.
contact us
Related Popular Products
HYGB500A (PSA-H2) for hydrogen production using PSA method
The special molecular sieve HYGB500A is a calcium-sodium aluminosilicate with a crystal lattice pore size of 5 Å (0.5 nm).
Ethylene oxide catalyst
Silver catalytic system for direct oxidation of ethylene to ethylene oxide
HYG10ED CO2 adsorption type
HYG10ED is a highly efficient II generation molecular sieve for cryogenic air separation.
HYGB100G (Li-LSX) Li type, special for industrial oxygen generators
The special molecular sieve HYGB100G is a lithium zeolite with a relatively stable aluminosilicate framework structure.
Basic Dryer Series - HYG04DG
Molecular sieve HYG04DG is a sodium aluminosilicate. The 5A molecular sieve has a pore size of approximately 5 Å and is suitable for gas separation and purification systems requiring selective control of pore size. It is widely used in natural gas processing, PSA hydrogen production, hydrocarbon separation, petrochemical pretreatment and industrial gas purification, especially in applications that require the separation of normal hydrocarbons and the removal of specific impurities.
CO conversion catalyst
Catalytic-chemisorption material for deep removal of low concentrations of CO/H₂ in TSA air pre-treatment systems
Basic dehumidifier series - HYD03B
Moisture-absorbing adsorption material for dehydration of light alcohols and systems with increased moisture protection
Basic Dryer Series - HYD03C
The HYG03C molecular sieve is a potassium sodium aluminosilicate with a crystal pore size of 3 Å (0.3 nm).
HYGB100C (Li-LSX) Li type, special for industrial oxygen generators
The special molecular sieve HYGB100C is a lithium zeolite with a relatively stable aluminosilicate framework structure.
HYAX360
HYAX360 is a modified adsorbent whose optimized composition provides optimal adsorption capacity and low reactivity.
HYD08D N2O and HC adsorption type
The HYD08D molecular sieve is a sodium aluminosilicate with a crystal pore size of 8 Å (about 0.8 nm). Designed to remove nitrogen oxides and light hydrocarbons.
HYZ10G CO2 adsorption type
HYZ10G High efficiency molecular sieve III reinforced for cryogenic air separation (especially for high CO₂ concentrations)
HYD10B CO2 adsorption type
The HYD10B molecular sieve is a sodium aluminosilicate with a crystal pore size of 9–10 Å (about 0.9 nm). HYD10B molecular sieve has a large porous structure and high adsorption capacity.
Basic Dryer Series - HYG04C
The HYG04C molecular sieve is a sodium aluminosilicate with a crystal pore size of 4 Å (0.4 nm). Suitable for gas separation and purification systems requiring selective control of pore size. It is widely used in natural gas processing, PSA hydrogen production, hydrocarbon separation, petrochemical pretreatment and industrial gas purification, especially in applications that require the separation of normal hydrocarbons and the removal of specific impurities.
HYGB500B for oxygen production using pressure swing adsorption method
The special molecular sieve HYGB500B is a calcium-sodium aluminosilicate with a lattice pore size of 5 Å (0.5 nm). Adsorption material for drying light alcohols and for systems with increased requirements for moisture protection.
HYAF200 - adsorbent for removing fluoride from liquids
Irreversible chemical cleaning material for deep removal of fluoride from the liquid phase
