PVC Pall Ring

Pall Rings are recognized industry-wide as a benchmark in random packing technology, and Mitros PVC Pall Ring upholds this standard with a design built for consistent, high-perance separation work. The rings open-sided cylindrical body, fitted with inward-curved fingers, cuts down on surface crevices where liquid could otherwise pool or cause entrainment losses. This structural approach supports faster gas-to-liquid transfer, higher operating capacity, and a noticeably lower pressure drop than basic ring- packing. The design also keeps liquid flow evenly spread through the column, reducing the risk of channeling near the walls. Both the inside and outside surfaces of each ring are shaped to promote steady gas-liquid contact while staying resistant to blockages, scale buildup, and ring nesting.   

PVC Pall Ring Industrial Tower Packing MediaMitros PVC Pall Ring is a proven, industry-standard random packing solution engineered for reliable gas-liquid separation across process industries. The open cylindrical body, shaped with inward-curved fingers, cuts down on the crevices where liquid typically collects, reducing hold-up and entrainment while boosting transfer rates. This geometry gives the ring higher loading capacity and a lower pressure drop than standard cylindrical packing, all while keeping liquid flow evenly distributed and resistant to channeling along the tower walls. Both contacting surfaces are designed to maintain steady gas-liquid interaction without succumbing to fouling, scale buildup, or nesting between rings.Why It WorksHigh throughput with minimal pressure loss, backed by strong mass transfer peranceQuick-wetting surface with solid resistance to fouling and elevated temperaturesDurable construction that limits breakage, even in deep packed-bed setupsTypical ApplicationsUsed in absorption and stripping towers, ammonia compounding units, decarbonization and desulfurization systems, ethylbenzene and isooctane separation, plus aeration, degassing, distillation, heat recovery, and extraction processes. Also fits vacuum and atmospheric operations requiring low-pressure drop, including H2S/NH3/SO2 scrubbing, steam stripping, and quench/direct-contact cooling towers.

Suited for separation and absorption columns, vacuum decompression units, ammonia compounding plants, decarbonization and desulfurization systems, ethylbenzene and isooctane/methylbenzene separation, plus general aeration, degassing, desorption, distillation, and stripping operations. Also applied in heat recovery, extraction, and low-pressure-drop processes such as H2S/NH3/SO2 absorption-stripping, steam stripping, quench towers, and direct-contact cooling systems