Saddle-shaped random ceramic packing:

Moment Saddle Ring

The ceramic rectangular saddle ring is an open-type packing with a semi-circular structure, featuring a circumferential reinforcing rib in the center that prevents overlapping and shielding among the packing elements. Its high porosity enhances the effective utilization of the mass-transfer surface area and provides excellent liquid distribution performance.

Different Saddle Ring

The ceramic saddle ring is an improved version of the rectangular saddle ring, featuring two annular reinforcing ribs in the central section, a serrated semi-circular outer rim, and two additional openings. These design features enhance communication between the inner and outer surfaces of the packing, thereby increasing the free flow paths for liquid and resulting in lower pressure drop and higher mass-transfer efficiency.

Annular Random Ceramic Packing:

LASI RING

Ceramic Raschig rings are widely used in drying towers, absorption towers, cooling towers, and regeneration towers in industries such as chemical engineering, metallurgy, coal gas production, and oxygen generation.

Cross Ring

The ceramic cross-ring is constructed by adding partitions inside a Raschig ring to increase the specific surface area and mechanical strength of the packing, and is commonly used as support packing at the bottom of towers.

Ball Ring

The ceramic Pall ring is a new type of high-efficiency packing that has been improved upon the Raschig ring. By incorporating window openings in the side walls of the ring, it enhances gas–liquid distribution within the packing bed and ensures full utilization of the internal surface area, resulting in low pressure drop, uniform liquid distribution, reduced channeling, and broad operational flexibility. Compared with Raschig rings of the same specification, the throughput of Pall-ring packing can be increased by 50%, while, at the same gas velocity, its pressure drop is only half that of a Raschig ring. Consequently, the Pall ring remains one of the most widely used annular packings today.

Ceramic阶梯环 packing:

This is a ring-shaped perforated packing jointly designed and developed by our company, the Nanhua Design Institute, and Tianjin University. It exhibits strong resistance to fouling and clogging, with superior cleaning performance and lower mist entrainment compared with rectangular saddle packings. Our range of ceramic stepped rings, available in various specifications, features high density, high strength, and excellent corrosion resistance; each ring has a height approximately half its diameter, with a conical flange on one side and four evenly distributed high holes along the ring wall, as well as an internal “rice-character” reinforcing rib. This unique structural design ensures that the packing primarily makes point contact when stacked, thereby increasing porosity, reducing gas-flow resistance, and significantly improving gas–liquid distribution within the packing bed. This packing has been widely adopted in dry absorption towers for sulfuric acid production and other chemical engineering applications.

Inert alumina ceramic balls:

Made from high-quality ceramic raw materials and manufactured using advanced production processes and equipment, these porcelain balls exhibit outstanding characteristics such as high-pressure resistance, low water absorption, stable chemical properties, and high compressive strength. They are widely used as supporting and covering packing materials in various reactors and adsorbers across industries including oil refining, chemicals, fertilizers, and environmental protection, where they provide protection, cushioning, and filtration for catalysts. In addition, they serve as heat-storage media in organic waste-gas treatment systems.