Aniline Hydrogenation to Cyclohexylamine Catalyst

Product Overview:
The aniline hydrogenation to cyclohexylamine catalyst is a highly efficient hydrogenation catalyst primarily used for the hydrogenation of aniline to produce cyclohexylamine. This catalyst uses calcium salts as the support material, with cobalt as the main active component, and is prepared using a special process to ensure good activity and stability under high temperature and pressure conditions. The catalyst has a long service life, typically lasting over 5 years, and is reusable through regeneration, making it ideal for long-term industrial production.

Key Features:

• High Catalytic Activity:The catalyst exhibits high catalytic activity, efficiently converting aniline to cyclohexylamine under atmospheric pressure and temperatures of 160-175°C.
• Excellent Compressive and Wear Resistance:Strong compressive and wear resistance, making it suitable for high-load operating environments.
• Low Bulk Density:Lower bulk density reduces the initial loading cost.
• Long-Term Stability:The catalyst has a long service life, typically over 5 years, reducing the frequency of replacement and downtime.
• High Selectivity:Ensures an aniline conversion rate exceeding 97%, with a cyclohexylamine yield of over 90%.
• Reusability:The catalyst can be regenerated to restore its catalytic performance, enhancing its cost-effectiveness.

Applications:

• Petrochemical Industry:Widely used in the hydrogenation of aniline to produce cyclohexylamine, particularly in the industrial production of cyclohexylamine.
• Chemical Synthesis:Applied in various aniline hydrogenation reactions, especially where high conversion rates and selectivity are required.
• Catalyst Regeneration:The catalyst can be periodically regenerated, extending its service life and making it suitable for long-term continuous production.