Aniline to Diphenylamine Catalyst

Product Overview:
The Aniline to Diphenylamine Catalyst is an innovative catalyst designed specifically for the direct synthesis of diphenylamine from aniline. Compared to traditional diphenylamine production methods, this catalyst significantly reduces aniline consumption, achieving a consumption rate of only 1.18-1.22 tons of aniline per ton of diphenylamine produced. This reduction in raw material usage contributes to lower energy consumption and less waste. Additionally, the catalyst offers excellent environmental performance, eliminating the need to clean the product and preventing pollution, making it a "green" catalyst. The catalyst has been stably operated in a 2000 tons/year production unit, delivering significant production benefits and offering easy operation.

Key Features:

• High Efficiency:The catalyst demonstrates high conversion rates and selectivity, with a single-pass conversion rate of up to 25% and a selectivity of over 97%.
• Low Consumption:Compared to conventional processes, the catalyst reduces aniline consumption, improving production efficiency.
• Environmental-Friendly:No need for product cleaning, eliminating contamination and promoting a green, environmentally-friendly production process.
• Long Service Life:The catalyst offers a single-pass lifespan of up to 1500 hours, with good stability and a long operational period.
• High Yield:The total yield of diphenylamine can reach 90%-95%, significantly enhancing production efficiency and profitability.
• Simple Operation:The catalyst is suitable for direct synthesis processes, simplifying operations and offering economic advantages.

Applications:

• Chemical Industry:Used in the catalytic process for synthesizing diphenylamine from aniline, ideal for large-scale industrial production.
• Fine Chemicals:Widely applied in the production of diphenylamine, which is used in the manufacture of dyes, pharmaceuticals, pesticides, and other fine chemicals.
• Green Manufacturing:Compliant with green chemistry principles, this catalyst is ideal for production processes that emphasize environmental protection and resource conservation.