Raschig rings can help enhance the separation efficiency of your cryogenic process by creating intricate pathways for gas and liquid flow, encouraging solute molecules to move between phases more freely and improving mass transfer for improved separation effectiveness resulting in improved product purity and quality. Raschig rings are known for their strength and resistance to […]

Raschig rings for air pollution control are tubular metal pieces of equal length and diameter that are commonly used as packing material for distillation towers. With an optimal surface-to-volume ratio that maximizes mass transfer and an open structure that promotes contact between process stream and material of Raschig rings, these devices make an effective means […]

Raschig rings have proven their efficiency within chemical reactors by significantly improving reaction efficiency. These short, cylindrical packings were designed to create a large surface area for interactions between liquid and gas in an enclosed space; additionally they aid in separation of chemical fractions as well as collection of distilled products. Hexoloy Silicon Carbide (SiC), […]

Raschig rings are an effective solution for wastewater ammonia removal from industrial air scrubbers. Their large surface area ensures maximum gas absorption while their shape allows for easy flow and provides improved separation between solids and vapor. Furthermore, their size can be easily adjusted according to specific applications. The ring design offers an efficient alternative […]

Friedrich Raschig made an outstanding discovery that revolutionized industrial chemical processing during the late 19th and early 20th centuries. His finding that fabricating cylindrical packing materials from metals and ceramics significantly increased gas-liquid contact opportunities within reactor columns, thus improving reaction efficiency. Rings may be stacked in either a random or regular arrangement depending on […]