AC10013 Alumina Catalyst Carrier Ring Catalyst Carrier

Alumina Catalyst Carrier Ring Catalyst Carrier Description

Alumina Catalyst Carrier Ring Catalyst Carrier is an alumina-based ceramic in a ring shape with a purity of ≥94%. The ring configuration supports effective catalyst dispersion in reactor systems. A diameter of 3-10 mm is maintained through controlled sintering, ensuring a consistent pore network and structural integrity. Its inert nature aids in stabilising high-temperature catalytic processes while promoting uniform reaction environments.

Alumina Catalyst Carrier Ring Catalyst Carrier Applications

Industrial Applications
- Used as a catalyst support in fluid catalytic cracking units to achieve uniform reaction rates by leveraging its controlled porosity.
- Applied as a heat-resistant component in high-temperature reactors to maintain catalytic performance by leveraging its inert alumina properties.

Chemical Processing Applications
- Used as a carrier in chemical synthesis reactors to achieve effective catalyst dispersion by leveraging its ring form and high purity.
- Applied as a structural element in reforming units to attain consistent reaction efficiency by leveraging its defined geometry and stable structure.

Alumina Catalyst Carrier Ring Catalyst Carrier Packing

The product is packaged in sealed, moisture-resistant containers lined with protective cushioning to prevent contamination and mechanical damage. The granules are stored in inert packaging materials under controlled ambient conditions to maintain their structural integrity. Options for customised packaging, including bulk containers and compartmentalised units, are available upon request.

Frequently Asked Questions

Q1: How does the controlled sintering process affect the material's performance in catalytic applications?
A1: The controlled sintering process enhances structural uniformity and minimises microstructural flaws, which in turn improves mechanical stability and resistance to thermal stresses during catalytic reactions.

Q2: What quality control measures are used to verify the purity level of the alumina material?
A2: Quality assessment involves scanning electron microscopy and X-ray diffraction analyses during production to monitor phase purity. These procedures ensure that the alumina maintains a purity level of ≥94% across production batches.

Q3: In what way does the ring shape contribute to catalyst dispersion in reactors?
A3: The ring configuration promotes an even distribution of catalyst particles within reactor vessels, reducing channeling and improving contact efficiency. This geometry supports consistent performance in continuous processing applications.

Additional Information

Alumina-based ceramics have long been used in catalyst support applications due to their high thermal stability and chemical inertness. The granular ring form facilitates consistent mechanical properties and efficient heat distribution even under varying process conditions.

Recent advancements in sintering techniques and microstructural analysis have enabled manufacturers to achieve tighter control over material properties. These improvements are significant for optimising catalyst performance in industrial reactors as they ensure reproducibility and stability under demanding operational conditions.