Ceramic Mini Lessing Ring Packing Price and Packing Material

The Ceramic Lessing Ring Packing has been improved from the traditional ceramic Raschig Ring, offering superior compressive strength and a larger specific surface area. This improvement provides better acid and heat resistance, and it can withstand the corrosion of almost all inorganic acids, acids, and solvents, except for hydrofluoric acid. Additionally, it performs well in both high and low-temperature environments, making it highly versatile.

Ceramic Mini Lessing Ring Packing Material

Also known as Ceramic Mini Lessing Ring Packing, the Ceramic Raschig Ring Packing was developed to enhance mass transfer efficiency by increasing the surface area of the packing material. The ceramic Raschig ring features an added divider, known as a "one-piece partition," to enhance its performance.

Generally speaking, larger-sized Ceramic Mini Lessing Ring Packing are ideal for regular stacking arrangements, and they are typically used as support layers for random packing at the bottom of towers. The Φ80-200mm Ceramic Mini Lessing Ring Packing serve as support materials with a void fraction greater than 60%, ensuring excellent packing density.

Features of Ceramic Mini Lessing Ring Packing

• High Density and Excellent Resistance: The Ceramic Mini Lessing Ring Packing offers superior resistance to acid, heat, and solvent corrosion. It can withstand various inorganic acids, acids, and solvents, with the exception of hydrofluoric acid.

• Efficient Mass Transfer: As a type of ceramic random packing material, Ceramic Mini Lessing Ring Packing offer high throughput, low pressure drop, and excellent efficiency in various chemical processes.

• Durability: Known for its durability, the Ceramic Mini Lessing Ring Packing is suitable for a wide range of industrial applications, providing long-term reliability with minimal maintenance.

Characteristics and Applications of Ceramic Mini Lessing Ring Packing

The Ceramic Mini Lessing Ring Packing offers high density and exceptional acid and heat resistance, making it ideal for use in industries where high temperatures and chemical resistance are essential. It can withstand almost all inorganic acids, acids, and solvents, except for hydrofluoric acid. The Ceramic Mini Lessing Ring Packing is a form of ceramic random packing material that boasts advantages like high flow rate, low pressure drop, and excellent mass transfer efficiency.

Key Applications:

• Chemical Industry: Used in various chemical processes such as drying towers, absorption towers, and washing towers.

• Metallurgical Industry: Efficient in gas separation, heat exchange, and absorption processes.

• Gas Industry: Essential in gas cooling towers and scrubbers.

The Ceramic Mini Lessing Ring Packing is highly versatile and can be used in a wide variety of industries, including chemical, metallurgy, gas, and more, making it an indispensable tool for industrial processes that require efficient mass transfer and high chemical resistance.

Conclusion

In conclusion, the Ceramic Mini Lessing Ring Packing is an essential material in modern industrial applications. Its superior strength, high resistance to chemicals and heat, and ability to increase mass transfer efficiency make it a critical component for improving the performance of towers and reactors in various industries. Whether used in chemical, metallurgical, or gas processing, the Ceramic Mini Lessing Ring Packing proves to be an invaluable solution for enhancing system efficiency and durability.

Applications

• Ceramic Mini Lessing Ring can be used in high or low temperature conditions.

• It can be used in the drying columns, absorbing columns, cooling towers, scrubbing towers in chemical industry, metallurgy industry, coal gas industry, oxygen producing industries, etc.