Featured Products
Alpha Alumina Spherical Catalyst SupportsÂ
Overview
AOGE Alpha Alumina Spherical Catalyst Supports offer excellent thermal stability, mechanical strength, and chemical inertness, making them ideal carrier materials for active components in high-temperature catalytic systems.
Their high structural stability and durability enable reliable performance under demanding operating conditions, while customizable particle size, purity, and composition provide flexibility for different catalyst formulations.
Key Advantages
Excellent Thermal Stability
Maintains structural integrity during long-term operation under high-temperature conditions.
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High Mechanical Strength
Offers strong compression resistance and abrasion resistance for reliable handling and extended service life.
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Strong Chemical Inertness
Provides a stable support platform suitable for noble metals and other active catalytic components.
Applications
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Petrochemical hydrogenation catalyst supports
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Ethylene oxidation catalyst supports
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Noble metal catalyst supports
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High-temperature oxidation catalyst supports
Properties
Customization
AOGE can customize:
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Spherical particle size
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Purity level
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Special-element doping
ZSM Zeolite Molecular Sieves
Overview
AOGE ZSM Zeolite Molecular Sieves feature highly ordered microporous structures and adjustable acidic properties, enabling molecular-selective catalysis and efficient conversion across a range of hydrocarbon processes.
Their combination of shape selectivity, tunable acidity, and strong thermal and hydrothermal stability makes them suitable for demanding petroleum and chemical catalytic applications.
Key Advantages
Well-Defined Pore Structure
The ordered microporous structure provides strong molecular shape selectivity.
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Tunable Acidity
Acidic properties can be adjusted to meet the requirements of different catalytic reactions.
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Excellent Thermal and Hydrothermal Stability
Maintains stable performance under elevated temperatures and demanding process environments.
Applications
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FCC catalysts
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Olefin cracking
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Aromatization reactions
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Methanol-to-Olefins (MTO)
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Isomerization and alkylation reactions
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Petroleum refining and catalytic conversion processes
Properties
Customization
AOGE can customize:
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Si/Al ratio
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Crystal particle size
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Metal-ion exchange
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Surface modification
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Composite zeolite development
Amorphous Silica-Alumina (ASA)
Overview
AOGE Amorphous Silica-Alumina combines a silica-based structure with alumina-associated acidic centers, providing abundant acid sites and a tunable pore structure.
Its adjustable acidity, large surface area, and compatibility with active metal components make ASA an important material for acid-catalyzed reactions and catalyst-support applications.
Key Advantages
Tunable Acidity
Acid properties can be adjusted for different catalytic systems and reaction requirements.
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Mesoporous Structure and High Surface Area
Provides favorable mass-transfer characteristics and supports efficient catalytic reactions.
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Strong Compatibility with Active Metals
Integrates effectively with active metal components and can be readily incorporated into catalyst formulations.
Applications
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Hydrocracking catalysts
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Hydroisomerization
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Alkylation reactions
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Fine chemical reactions
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Catalyst support materials
Properties
Customization
AOGE can customize:
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Si/Al ratio
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Pore-size distribution
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Acid strength
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Granulation and forming
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Surface modification
