High-capacity geometries built for demanding hydraulic loads, sour gas scrubbing, and acid gas stripping units in Haifa, Ashdod, and the Negev Industrial Zone.
Metal Pall Rings (Israel Standard SS316L/SS304): Featuring slotted inward projections providing continuous fluid film redistribution and lower friction resistance under severe gas stripping velocities.
Metal Raschig Rings (Corrosion Resistant): Heavy-wall structural tubular cylinders optimized for rugged structural packing supports, high compressive depth beds, and Dead Sea mineral processing.
Metal Super Raschig Rings (Aerodynamic Profile): Next-gen wave contour providing over 30% higher liquid capacity and minimum wall channeling effects for Haifa vacuum gas oil columns.
Metal Cascade Mini Rings (Low Aspect Ratio): Truncated cylindrical geometry offering low HETP values and minimum entrainment carryover for high-pressure absorption scrubbers.
Navigating extreme saline concentrations, strict environmental emissions, and the Leviathan/Tamar natural gas supply shifts across the eastern Mediterranean.
Israel's heavy industry operates under rigorous operational and climatic parameters. The chemical belt clustered around Haifa Bay (Bazan Group), the Ramat Hovav Industrial Park in the Negev, and the Dead Sea Works (ICL Group) require metallurgy capable of resisting extreme bromide, chloride, and sulfuric concentrations.
With massive domestic gas flows from offshore deep-water fields (Tamar, Leviathan, Karish), natural gas processing units—such as triethylene glycol (TEG) dehydration and monoethylene glycol (MEG) regeneration—demand reliable, high-purity fractionation without unplanned shutdowns.
Worldwide, chemical operations face pressure to minimize thermodynamic losses. The global shift away from classical high-pressure-drop bubble cap trays toward energy-efficient structured wire gauze and fourth-generation low-aspect random packings reduces boiler duty and improves CO₂ margins.
Chinese manufacturing centers in Jiangxi integrate whole-chain metallurgy—from precision slit coils to CNC punching and stamping—enabling high-tier alloy supply (Titanium Gr. 2, Alloy C276, 254 SMO) at competitive lead times without quality compromises.
Data gathered from operating columns across Mediterranean distillation and absorption facilities.
Tailoring geometry, metallurgy, and surface finishes to meet strict operational requirements across Israeli industrial plants.
Dead Sea Works requires robust separation of bromine compounds and potash derivates. We supply metal packings in specialized alloys like Titanium Grade 2 and Hastelloy C-276, eliminating pitting and crevice corrosion under high bromide vapor temperatures.
Processing raw offshore gas from Leviathan requires compact towers with wide turndown flexibility. Our corrugated structured packing optimizes liquid distribution, prevents foaming, and minimizes solvent loss under high operating pressures.
Air quality mandates in Haifa metropolitan areas necessitate scrubber towers with near-zero VOC and ammonia escape. High-surface SS316L Pall and Conjugated rings ensure deep mass transfer contact at low operating delta-P.
| Alloy Class | UNS / EN Grade | Primary Israeli Industrial Target | Corrosion Resistance Threshold |
|---|---|---|---|
| Austenitic Stainless | SS316L (UNS S31603) | Oil Refining, Solvent Dehydration, Petrochemical | Standard organic acids, mild chlorides (<200 ppm) |
| Super Austenitic / Duplex | 254 SMO / 2205 Duplex | Seawater Desalination Intake, Brackish Strippers | High resistance to chloride stress corrosion cracking |
| Nickel-Moly Alloys | Hastelloy C-276 (UNS N10276) | Dead Sea Bromine Recovery, Chlor-Alkali Scrubbing | Exceptional in wet chlorine gas, hypochlorite, and bromides |
| Reactive Metals | Titanium Gr. 2 (UNS R50400) | Aggressive Hypochlorite & Marine Stripping Columns | Superior passivation against hot halide brines |
Meeting Israeli Standard Institute (SII) guidelines, ASME standards, and EN 10204 3.1 certification requirements.
Every shipment bound for Israel is accompanied by factory inspection reports, positive material identification (PMI), and raw heat coil chemical analysis to guarantee zero trace contamination in refinery beds.
Optimized freight management direct to Port of Haifa and Port of Ashdod. Standard crating includes heavy-duty fumigation-free plywood cases and desiccant packaging suited for marine transit.
We understand Israeli refinery turnaround schedules. Our plant reserves rolling tonnage capacity for rapid 7-day turnaround fabrication during scheduled turnaround and overhaul programs.
Anticipating clean hydrogen development, carbon capture, and ultra-high-efficiency mass transfer configurations.
Nano-scale surface corrugation on stainless steel sheets to enhance liquid film spread under ultra-low liquid load ratios.
Developing low-pressure drop structured packing specifically optimized for regional Post-Combustion Carbon Capture (PCC).
High-integrity separation internals tailored for high-pressure hydrogen drying systems in renewable electrolysis projects.
AI-assisted high-speed optical scanning of punched tabs and weld lines to guarantee zero mechanical distortion on ring edges.
Direct technical clarity for process engineers, EPC buyers, and refinery maintenance managers.
Engineered to support broad mass transfer duties—from vacuum fractionators to chemical scrubbers and structured absorption beds.
Metal Conjugated Rings (Multi-Lobed Profile): Curved internal curvature promoting turbulent inter-phase mixing and rapid surface boundary layer renewal under high gas loads.
Metal Intalox Saddle Packing (Low ΔP Geometry): Combining ring open area with saddle aerodynamics for distillation columns requiring minimal liquid holdup and low fouling.
Metal VSP Rings (Very Special Packing): Symmetrical open lattice architecture offering low operational weight, minimal pressure drop, and exceptional liquid spread performance.
Metal Tellerette Ring Packing (Toroidal Interlock): Filamentous helical loop matrix creating multi-point liquid droplet formation, widely utilized for mist elimination and scrubbing.
Metal Flat Rings (High Surface Density): Low-profile precision punched rings engineered for high structural bed stability, slurry tolerance, and specialized wash applications.
Wire Gauze Structured Packing (Capillary Wetting): Premium mass transfer efficiency with extremely low HETP, ideal for high-purity pharmaceutical and fine chemical fractionators.
High Efficiency Wire Gauze Separation Elements: Custom fabricated modules engineered to reduce theoretical stages while maintaining optimal pressure containment under vacuum.
SS304/316 Metal Pall Rings (16-76mm): Standardized versatile random packing engineered for chemical scrubbing columns, acid gas absorption, and water treatment operations.
Send your tower diameter, bed depth, vapor/liquid flow rates, and fluid properties. Our process engineers will provide complete hydraulic sizing, delta-P calculations, and competitive pricing for direct delivery to Israel.
