Industrial PP Bubble Cap Tower Internal Component for Gas Liquid Separation & Desulfurization Tower
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Product Name |
Material |
Nominal Diameter |
Top Thread Specification |
Working Temperature Range |
Core Application |
|
PP Plastic Bubble Cap Tray |
PP (Polypropylene, optional PVC/CPVC/PVDF) |
DN50 |
M16 |
-10℃ ~ 80℃ |
Distillation & Absorption Towers |
|
PP Plastic Bubble Cap Tray |
PP (Polypropylene, optional PVC/CPVC/PVDF) |
DN80 |
M18 |
-10℃ ~ 80℃ |
Scrubber & Desulfurization Towers |
|
PP Plastic Bubble Cap Tray |
PP (Polypropylene, optional PVC/CPVC/PVDF) |
DN100 |
M20 |
-10℃ ~ 80℃ |
Gas-Liquid Mass Transfer Separation |
|
PP Plastic Bubble Cap Tray |
PP (Polypropylene, optional PVC/CPVC/PVDF) |
DN150 |
M24 |
-10℃ ~ 80℃ |
Industrial Waste Gas Treatment |
Plastic Bubble Cap Product Introduction
This PP plastic bubble cap is a key internal component for bubble cap trays in chemical separation towers, manufactured by integrated injection molding with high-quality polypropylene raw material. Equipped with an upper external thread bolt structure for quick locking installation, the side vertical slotted design enables uniform gas distribution.
During operation, gas rises through the riser of the tray and enters the inner cavity of the bubble cap, then breaks through the liquid layer from the side slots to form dense bubbles. This greatly expands the gas-liquid contact area, realizing efficient mass transfer processes including rectification, absorption, washing, decarbonization and desulfurization.
1.Strong acid and alkali corrosion resistance, adaptable to most corrosive chemical media, with long service life.Strong acid and alkali corrosion resistance, adaptable to most corrosive chemical media, with long service life.
2.Stable bubbling effect, high mass transfer efficiency, stable operation under high and low gas flow fluctuation conditions.
3.Threaded top design for quick assembly and disassembly, convenient later inspection and maintenance.
4.Support customized size, thread specification and slot quantity to meet different working condition requirements.
