
High Efficiency Mass Transfer Metal Sieve Tray For Separation Tower Internals
The structure of the bubble cap tray is mainly composed of a blister (gas-liquid contact element), a gas riser, an overflow weir, a downcomer and a tray.
The bubble tray is provided with a plurality of round holes on the tray plate, and each hole is welded with a short tube called a riser tube, and the tube is covered with a "hat" called a blister, and a plurality of strips are formed around the blister. Hole, during operation, the liquid flows from the upper tray through the downcomer into the lower tray, then flows laterally through the tray plate and flows into the next tray; the gas rises from the lower tray into the riser tube and passes through the annular passage. The strip holes of the blister flow into the liquid layer between the blister.
Advantage
(1) The gas and liquid phases are in full contact and the mass transfer area is large, so the tray efficiency is high.
(2) The operation flexibility is large, and the high efficiency can be maintained when the load variation range is large.
(3) It has high production capacity and is suitable for large-scale production.
(4) It is not easy to block, the medium adapts to a wide range, and the operation is stable and reliable
Application:
Mainly usend in reactive distillation, separation of certain organic products; separation of benzene-methyl; separation of nitrochlorobenzene; oxidation and absorption of ethylene.

above, cross-current to the liquid flow. The vapor energy keeps the liquid from flowing down through the holes. The latter moves across the tray & travels to tray below through down-comer.
Feature
Bubble cap tray but has limited flexibility in the operating range.

Physical & chemical properties | ||||
Size (Inch/mm) | Material | |||
Customized | stainless steel, Monel, titanium, PP, PVC, PE, PTFE |







Q1:What's the MOQ?