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Optimize your distillation, absorption, and stripping columns with LiandaFiltration’s double-layer wire mesh structured packing — a high-efficiency tower packing solution designed to deliver superior mass transfer with ultra-low pressure drop. Trusted by chemical, petrochemical, and pharmaceutical industries worldwide, this advanced packing helps achieve cleaner cuts, lower energy consumption, and reliable column performance under vacuum or atmospheric conditions.

Our double-layer mesh packing is constructed from two layers of fine stainless-steel wire mesh bonded to corrugated metal sheets. The alternating mesh and corrugation design creates highly efficient vapor-liquid contact surfaces, making it ideal for close-boiling component separation or vacuum distillation. Whether you’re optimizing throughput or product purity, this structured mesh packing delivers consistent results with minimal maintenance.

ملاحظة: يمكن تحسين المعلمات المذكورة أعلاه وتخصيصها وفقًا لظروف العمل.

High-Efficiency Separation
Dual-layer structure enhances vapor-liquid contact, ideal for precision distillation and low-pressure absorption columns.
Low Energy Consumption
With a pressure drop as low as 0.1 mbar/m, this low pressure drop structured packing supports energy-efficient operations.
Corrosion & Heat Resistant
Made from durable alloys like 316L, it withstands harsh chemicals and high operating temperatures.
Compact & Easy Installation
Modular design fits most column geometries and simplifies retrofitting, cleaning, or replacement.
Anti-Fouling Surface
Smooth mesh surface resists fouling and can be cleaned in-place or removed for ultrasonic cleaning.

Petrochemical Processing: Fractionation towers, hydrocarbon recovery, dewaxing units
Pharmaceutical Production: Solvent recovery, high-purity API separation
Fine Chemicals: Reactive distillation, intermediate purification
Environmental Engineering: VOC capture, ammonia stripping, acidic gas removal
Food & Beverage: Alcohol rectification, aroma compound separation
Gas Separation: CO₂ and H₂S removal, cryogenic distillation