Ceramic Catalyst Support Material

Many intermediate and end products in the chemicals industry can only be produced with the help of catalysts.

Ceramic catalyst support material.

As a world leader in advanced technical ceramics coorstek has deep materials expertise and exceptional high volume capabilities. Ceramic packings are preferred to be used in aggressive media or high temperature application due to the high chemical resistance and thermal stability. In chemistry a catalyst support is the material usually a solid with a high surface area to which a catalyst is affixed. They are primarily used in selective oxidation processes.

They are based on the honeycomb structure with a greater surface area limited airway resistance and superior structural strength. Ceramic catalyst carriers form an important group of commonly used carrier materials in heterogeneous catalysis. Al2o3 catalyst honeycomb ceramic substrate white for industrial voc. The main components of the raw material of the jt icb are sio2 80 al2o3 sio2 93.

One popular method for increasing surface area involves distributing the catalyst over the support. Vff is the largest manufacturer of inert balls catalyst bed support media in europe. The predominant qualities of the jt icb catalyst bed support media are its low pressure drop excellent compressive strength and good resistance to thermal shock. Coorstek offers a wide range of ceramic catalyst support media for precision manufacturing of chemicals and petrochemicals.

For decades duranit inert balls have been supplied to renowned licensed suppliers and end customers worldwide for processes in the chemical and petrochemical industries and for other industries as substrate and covering layers for catalysts and contact masses. Ceramic honeycomb catalyst supports and carriers. Mte catalyst support supplies ceramic packings used in distillation absorption stripping and heat transfer applications. The catalyst washcoat is a carrier for the catalytic materials which is used to disperse the materials over a high surface area.

Titanium dioxide aluminium oxide silicon dioxide or a combination of silica and alumina can be used. Consequently great effort is made to maximize the surface area of a catalyst. Both these materials are designed to provide a high surface area to support the catalyst washcoat. The jt icb ceramic inert balls are widely used in many different applications.

These elements cover petrochemical waste incineration and similar applications.