In mass transfer separation equipment (such as absorption towers, stripping towers, and distillation columns) within the chemical, environmental protection, and other sectors, ceramic Pall rings serve as a superior random packing capable of handling demanding conditions, owing to their unique struct

In many industrial fields involving mass transfer and separation processes, such as chemical engineering, environmental protection, and pharmaceuticals, packed towers are indispensable. And the alumina ceramic cylinder tower packing can play a significant role within the packed tower.By providing a

In the modern processes of mass transfer separation such as distillation and absorption in fields like chemical engineering, petrochemical industry, and environmental protection, the core components inside the towers play a crucial role. Ceramic corrugated structured packing is precisely such an eff

Alumina inert ceramic balls, as a high-performance ceramic material, have demonstrated their unique superior performance in many industries such as petroleum, chemical industry, fertilizer, natural gas and environmental protection. These ceramic balls not only have high strength and high chemical st

The alumina content of corundum raschig ring packing is generally 90%-95%, and the high-aluminum corundum raschig ring reaches more than 90% by increasing the aluminum oxide content. Corundum raschig ring contains a large number of corundum crystals, the strength is much higher than the ordinary ras

When selecting packing based on operating conditions, factors such as temperature, corrosion resistance, mechanical strength, cost, and special performance requirements must be comprehensively considered. Below is a comparison of the advantages, disadvantages, and application scenarios of ceramic, p

I. What Are Ceramic Raschig Rings? Ceramic Raschig Rings are a classic type of random packing invented by German chemist Friedrich Raschig in 1914. Their basic structure consists of hollow cylinders with equal outer diameter and height, typically made of high-alumina ceramics, corundum ceramics, or

Selection: Choose specifications (e.g., Φ25mm, Φ50mm) based on tower dimensions and process requirements. Consider parameters like specific surface area, voidage, and packing density (e.g., Φ50mm rings have a specific surface area of 88.4 m²/m³ and voidage of 81%). Smaller sizes (e.g., Φ25mm) enhanc

Ceramic saddle rings are ceramic random packing materials primarily composed of silicon dioxide (SiO₂) and aluminum oxide (Al₂O₃), manufactured through high-temperature sintering. They exhibit properties such as resistance to strong acids, high-temperature tolerance, and high compressive strength (a

Ceramic packings are widely used in tower equipment (e.g., drying towers, absorption towers, cooling towers) across chemical, metallurgical, gas, and oxygen production industries due to their high-temperature resistance, corrosion resistance, and mechanical strength. Below is a detailed analysis of