​​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​​

​​ 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 regenerators. ​​Core Anti-Blo

Engineered Simplicity​​ Metal Sieve Trays deliver reliable vapor-liquid contact through precision-perforated plates requiring zero moving parts. Designed for fouling/corrosive services, they offer 30-50% cost savings over valve trays while enabling extended liquid residence times (>60s) – ideal for refinery scrubbers, chemical reactors, and processes where phase contact duration outweighs turndown flexibility needs. ​​Core

​​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 regeneration, and caustic concentration systems where process stabili