Worldwide Shipping Mse Pro Nitrogen-doped Carbon-rhodium Single-atom Catalyst, Rh-n-c Sac, 1g Save 50% Now [MeYgO7aL]

MSE PRO Nitrogen-Doped Carbon-Rhodium Single-Atom Catalyst

MSE PRO™ Nitrogen-Doped Carbon-Rhodium Single-Atom Catalyst (Rh-N-C SAC) is a cutting-edge catalyst designed for high-performance applications across various industries. This premium catalyst boasts a unique combination of nitrogen-doped carbon and rhodium, offering exceptional efficiency and selectivity in numerous chemical reactions. Its black powder form is not only visually distinctive but also signifies its robustness and effectiveness.

Product Specifications:

With a flake diameter ranging from 0.2 to 5 μm (as confirmed by TEM), the MSE PRO Nitrogen-Doped Carbon-Rhodium Single-Atom Catalyst provides a high surface area for optimal reaction rates. Its carbon content is between 80% and 95% (as determined by EDS), ensuring a stable and durable catalyst structure. The nitrogen content ranges from 3% to 10% (EDS), which enhances the catalyst's performance in various reactions. Furthermore, the rhodium content is between 2% and 5% (EDS), making it highly efficient in catalytic processes. Please note that these specifications are based on a single measurement, and variations between different batches are allowed.

Applications and Benefits:

In the energy field, the MSE PRO Nitrogen-Doped Carbon-Rhodium Single-Atom Catalyst is ideal for enhancing the efficiency of oxygen reduction reactions in fuel cells, thereby improving battery performance. It also facilitates hydrogen evolution reactions in water electrolysis, reducing reaction overpotential and increasing hydrogen production efficiency. In environmental protection, this catalyst can degrade organic pollutants effectively, making it a valuable tool in wastewater treatment. Its applications extend to chemical production, where it aids in nitrogen hydrogenation under mild conditions, improving reaction rates and selectivity for ammonia synthesis. Additionally, in the petrochemical industry, it can remove sulfur compounds from petroleum products, reducing sulfur content in fuels. For fine chemicals, metal single-atom catalysts can catalyze specific organic reactions, aiding in pharmaceutical synthesis by enhancing reaction selectivity and yield.