Silicic Acid, Aluminum Salt CAS 1335-30-4: Properties, Applications, and Benefits
Discover the versatile applications and key properties of Silicic Acid, Aluminum Salt, a vital component in industrial chemistry.
Get a Quote & SampleProduct Core Value
Silicic Acid, Aluminum Salt
Silicic acid, aluminum salt, identified by CAS number 1335-30-4, is a crucial inorganic compound widely utilized in various industrial applications. Its primary function is serving as a robust catalyst support, facilitating a range of chemical transformations and enhancing reaction efficiencies in processes such as synthesis and hydrocarbon cracking.
- Leverage the benefits of using Silicic acid aluminum salt properties for your industrial needs. This compound's unique chemical structure makes it an ideal medium for catalytic activity.
- Explore the diverse CAS 1335-30-4 uses in chemical synthesis and beyond. Its application as a catalyst support extends to deoxygenation reactions and transesterification processes.
- Understand the importance of aluminum silicate catalyst support in advanced chemical processes. Its stability and surface characteristics are key to efficient catalytic performance.
- Incorporate this fine chemical intermediate for synthesis into your production lines. It plays a vital role in preparing various catalysts for specific industrial requirements.
Advantages Offered
Enhanced Reaction Efficiency
Utilize Silicic acid, aluminum salt as a superior aluminum silicate catalyst support to significantly boost the efficiency of your chemical reactions, improving yields and reducing reaction times.
Versatile Industrial Applications
Benefit from the broad range of CAS 1335-30-4 uses, from facilitating complex chemical synthesis to supporting catalysts in deoxygenation and transesterification processes, showcasing its adaptability.
Reliable Chemical Properties
Rely on the consistent chemical properties of this inorganic compound, making it a dependable choice for catalyst preparation and other critical industrial applications.
Key Applications
Catalyst Support
As a premier aluminum silicate catalyst support, it provides an excellent platform for active catalytic components, crucial for many industrial chemical processes.
Chemical Synthesis
This fine chemical intermediate for synthesis is vital in the production of specialized chemical compounds, enabling the creation of complex molecules with precision.
Deoxygenation Reactions
Its role in preparing Ca or Ni-based catalysts for deoxygenation reactions highlights its utility in petrochemical and refining industries.
Hydrocarbon Cracking
As a catalyst support in hydrocarbon cracking, it contributes to the efficient breakdown of complex hydrocarbons into simpler, more valuable products.