Catalyst Function

A catalyst is a substance that can affect, promote or accelerate the reaction of two or more substances to produce different final products. It plays an important role in industrial processes and is widely used in fields such as industrial waste gas, wastewater discharge treatment and food manufacturing to optimize manufacturing rates and outputs. Catalysis can not only change compounds, but also minimize their negative impacts on processes, the environment and human well-being.

There are many types of catalysts, which can be divided into liquid and solid catalysts according to their state; and homogeneous and heterogeneous catalysts according to the phase of the reaction system. Homogeneous catalysts include acids, bases, soluble transition metal compounds and peroxide catalysts. However, solid catalysts and heterogeneous catalysts are the mainstream in the market. The main functions of these catalysts include: accelerating reaction rates, improving product selectivity, reducing reaction temperature and pressure, reducing by-product generation, extending reactor service life, and reducing production costs.

Minstrong activated carbon catalyst is a solid non-precious metal catalyst with a copper-manganese complex as a carrier. It plays an important role in industrial waste gas emissions, wastewater treatment, food processing, medical supplies and various fire-fighting supplies. Our catalysts can be used for reaction or process enhancement, and are efficient, environmentally friendly and economical.

Minstrong specializes in providing a variety of catalyst products, including Hopcalite catalysts, carbon monoxide catalysts, copper-manganese composite catalysts and ozone destruction and decomposition catalysts. These products have excellent performance in their respective application fields, can effectively solve environmental protection problems in industrial production, improve production efficiency, and provide customers with high-quality solutions.