Metal Structured Packing for Industrial Mass Transfer

KEMVORI supplies metal structured packing for distillation, absorption, stripping, and other industrial mass transfer processes. The product range includes wire gauze structured packing and perforated sheet corrugated structured packing, providing different surface structures for gas-liquid contact inside packed columns.

Wire gauze packing features a fine woven metal surface designed to promote liquid spreading and gas-liquid interaction. Perforated sheet corrugated packing uses formed metal sheets with defined corrugations and openings to create organized flow channels through the packing bed. The two designs offer different mass transfer characteristics and hydraulic performance, depending on packing geometry and operating conditions.

Metal structured packing is used in chemical processing, petrochemical refining, and other separation applications where separation efficiency, column capacity, and pressure drop are important design considerations. Selection depends on process duty, vapor and liquid loads, fluid properties, operating pressure, fouling tendency, and material compatibility. Packing type, specific surface area, geometric configuration, and material grade should be matched to the requirements of each project.

Perforated sheet corrugated structured packing with formed metal sheets and organized flow channels.
Metal wire gauze structured packing designed for efficient gas-liquid contact in packed columns.
Metal corrugated structured packing for distillation, absorption, and industrial separation processes.
Metal structured packing for industrial distillation and gas-liquid mass transfer.
Metal structured packing assembly for industrial packed columns and separation equipment.
Close-up view of woven wire gauze structured packing used for gas-liquid mass transfer.
Corrugated metal structured packing sheets arranged to provide gas and liquid flow paths.
Stainless steel structured packing for chemical processing and petrochemical separation applications.