Engineered for Challenging Processes Metal Bubble Cap Trays utilize inverted caps over vapor risers to force gas through slot-orifices, creating uniform bubbling through liquid layers. This design maintains stable vapor-liquid contact at ultra-low gas rates (<0.5 m/s) while accommodating liquid depths up to 150mm – ideal for reactive absorption, amine
Engineered Vapor-Liquid Contact Vertical Sieve Trays (VSTs) feature chimney-like risers (Ø100-200mm) with perforated sidewalls and calibrated bottom clearances. This design creates renewed gas-liquid interfaces while eliminating droplet entrainment – achieving 40% higher capacity and 20% greater efficiency than conventional sieve trays in FCC main fractionators, NGL columns, and amine
Engineered for Extreme Fouling Metal Dual Flow Trays eliminate downcomers entirely, utilizing large perforations (Ø12-25mm) that enable simultaneous vapor/liquid passage. This self-scouring action delivers unmatched fouling resistance in polymerizing/slurry services like PVC stripping towers and refinery vacuum sections – where conventional trays would fail within months. Core Technical Specifications Parameter
Bed Stabilization Technology Hold down grids (bed limiters) prevent packing fluidization and intermixing during gas surges (>3 m/s vapor velocity) or pressure transients. Engineered with ≥85% open area and 10,000 kg/m² load capacity, these grids maintain bed integrity while permitting unrestricted vapor/liquid flow in vacuum distillation, acid towers, and high-turndown
Vacuum Process Optimization Vane Liquid Collectors deliver precision liquid recovery in high-vapor/low-liquid environments (<5 m³/m²hr). Engineered vane blades capture entrained droplets with minimal pressure drop (<0.1 psi), directing flow to annular sumps while maintaining 40-75% open area for unrestricted vapor passage – essential for vacuum distillation, olefins cracking, and monomer
Engineered Load-Bearing Performance Hump-shaped support plates provide critical structural reinforcement for packed beds while maintaining ≥85% open area for unrestricted vapor/liquid flow. Engineered arch designs prevent bed compaction and distribute mechanical loads up to 15,000 kg/m² – eliminating capacity constraints in refinery, petrochemical, and gas processing columns. Core Technical Specifications
Innovative Material Solution Plastic Alloy Corrugated Packing is a proprietary non-metallic engineered material designed for extreme industrial environments. Developed specifically to outperform conventional plastics in highly corrosive, high-temperature applications (≤120°C), it combines polymer versatility with alloy-enhanced durability. Key Advantages 🛡️ Extreme Corrosion Resistance: Withstands concentrated acids/alkalis where metals fail 🔥
Engineered for Extreme Conditions Ceramic Structured Packing delivers unmatched thermal stability (≤800°C) and acid/alkali resistance in highly corrosive processes. Engineered corrugated geometries provide 3-5× higher separation efficiency than random packing with minimal pressure drop (<6 mmHg/m), ideal for vacuum distillation, H₂S scrubbing, and sulfuric acid concentration systems. Material Superiority Property
Metal Perforated Plate Corrugated Structured Packing uses precision-punched 5mm holes in corrugated metal sheets (stainless steel, Monel, titanium) to maximize liquid distribution and surface wettability. Engineered for high liquid-load applications and large-diameter columns, it delivers superior strength, corrosion resistance, and process stability under challenging conditions. Key Features & Benefits 5mm
Plastic Cascade Mini Rings – Maximizing Efficiency in Compact Spaces When tower space is limited but performance can’t be compromised, plastic cascade mini rings offer a smart solution. Their unique low-profile design—where diameter is about three times the height—creates a stable, evenly distributed bed that enhances gas-liquid interaction without taking
Plastic Pall Rings – Reliable Performance for Everyday Processes When you need a packing that balances performance, cost, and durability, plastic pall rings are a proven choice. Their unique design—featuring large side windows and internal crossbars—creates an open structure that promotes excellent vapor-liquid contact without high pressure drop. We often
Metal Raschig Rings – Time-Tested Performance, Modern Reliability Sometimes the simplest solutions are the most enduring. Metal Raschig rings have been a trusted name in tower packing for over a century – and they’re still chosen today for one simple reason: they work. These straightforward cylindrical tubes create an efficient,
Advanced Entrainment Control Wire Mesh Demisters utilize precision-woven metal/non-metal meshes (Ø≤0.3mm) to capture 99.5% of liquid droplets down to 1μm. Engineered with >95% void volume and customizable configurations (ring/chevron/withdrawable), they deliver <0.15 kPa pressure drop while eliminating carryover in refinery sour water strippers, chemical scrubbers, and acid gas treatment units.
Inertial Impaction Technology Vane Mist Eliminators utilize precisely spaced corrugated plates to force directional changes in gas streams, leveraging inertial forces to capture 99% of liquid droplets ≥5μm. Engineered for high liquid loads and fouling resistance, these low-∆P (<0.25 kPa) systems excel in refinery sour water strippers, LNG knockout drums,
