Ceramic Pall rings are manufactured through a complex production process using kaolin, Suzhou clay, Guizhou clay, and other plastic clays included in the formulation. The process consists of raw material screening, ball milling, filter pressing of slurry into mud blocks, vacuum pugging, forming, drying, and high-temperature sintering.

Ceramic Raschig Ring Packing is a type of ring-shaped packing made of ceramic material. Due to its special structure, it has the following characteristics:

Ceramic corrugated packing is a disk-type structured packing composed of corrugated ceramic sheets arranged parallel and vertically to each other. It features a compact structure and large specific surface area.

Ceramic corrugated packing is a new type of structured packing, composed of many packing units with identical geometric shapes. It is mainly made of acid-resistant chemical hard porcelain, using high-quality kaolin and feldspar as the main raw materials. It is produced through processes including batching, ball milling, vacuum pulping, blank forming, corrugating, shaping, and special high-temperature firing. With a corrugated shape and regularly arranged structure, it is also known as structured corrugated packing.

Ceramic Pall ring packing has open areas accounting for approximately 30% of the total ring wall area. This design allows gas and liquid in the packed tower to pass freely through the window openings, improving gas-liquid distribution and fully utilizing the inner surface of the ring.

Ceramic Corrugated Packing

As a major type of tower packing, ceramic corrugated packing is widely applied in equipment such as rectification towers, absorption towers, extraction towers, heat exchangers and mist eliminators for industrial processes in the petrochemical, fine chemical and environmental engineering industries. Ceramic materials feature excellent corrosion resistance and are generally resistant to the corrosion of various inorganic acids (except hydrofluoric acid) and all kinds of solvents. For an important application, ceramic materials are often processed into tower packing of various shapes and specifications.

Ceramic corrugated packing is a new type of structured packing composed of many identical geometric packing units. Thanks to the unique structure of ceramic, it has excellent hydrophilic properties, which allows the formation of an extremely thin liquid film on its surface. The turbulent flow of the liquid film and the inclined and tortuous gas flow channels not only promote gas flow without obstructing it, enabling the ceramic packing to be comparable to metal packing, but also possess corrosion and high-temperature resistance properties that metal packing cannot match. 

There is a wide variety of alumina balls, and different types are applicable to distinct scenarios. For instance, activated alumina balls can serve as desiccants, while inert alumina balls are used as bedding and filling materials in hydrocracking refining equipment and catalytic reforming equipment. The Media Department of Moku Network will elaborate on alumina packing balls, a type of alumina ball.

ICBP

Features:
High mechanical Strength;
Large specific surface area;
Geometric size regular;
Uniform radiant burning;
Excellent thermal shock resistance;
Save up to 30~50% energy cost;
Burn without flame, high burning efficiency, low noise;
Has no carbon combustion channel non clogging;
Reduce the harmful gas such as CO, NOx, etc more than 90%.

CFF

Features:
Ball-tec ceramic foam filter with a high temperature, corrosion resistance, resistance to molten metal erosion, high strength, high pass rate, and the characteristics of the large surface area is mainly used in the field of metallurgy and casting metal liquid filtration and purification. The flow of a mixture of molten metal passes through foam ceramic porous structure becomes uniform smooth clean molten metal filled the mold to remove the molten steel in the fineness of micron inclusions and some parcels gas reduce the erosion of the sand mold, and reduce product obsolescence rate. Ceramic foam filters can be made of different pore size and porosity, in order to obtain satisfactory filtration effect.