structure packing in distillation online manufacture

1/2 Inch Datasheet 40# SS316L Random Packing Saddle I Rings 1. SS 316L Random Packing Saddle I Ring Advantage: The metal saddle ring gives one of the best choices for high performance random packing, with low ... Read More

York 421 Mesh Pad Demister For Distillation Column / Drying Tower York 421 Mesh Pad Demister type : Valor wire mesh demister Equal to York 931, 422, 431, 326, 421, 333, 371,483,221,241,346 mist eliminator ... Read More

M250Y metal plate structured packing 1400 mm diameter oil refinery 1. 250Y metal plate packing for oil refinery in Middle Asia In Hualai, we produce and supply various kinds of metal plate structured packing. ... Read More

Hualai knit mesh pad being produced every day fast delivery various material The wire mesh demister pad is designed to collect liquid particles contained in the vapour phase after boiling, vacuum evaporation or ... Read More

Hualai knit mesh pad being produced every day fast delivery various material The wire mesh demister pad is designed to collect liquid particles contained in the vapour phase after boiling, vacuum evaporation or ... Read More

Innovated 8 passage high efficiency vane plate mist eliminator 1. 8 passage vane plate mist eliminator I am very excited to introduce this innovated multi-passage high efficiency vane pack mist eliminator. For ... Read More

Tiny Size Stainless Steel 304 316 Trough Type Liquid Distributor 1. Tower internal water distributor Column internals play very important role in effective mass transfer performance. So they need to be designed ... Read More

High Voidage Titanium Demister Pad + Ti Grids Flat Bar HL-Ti 99% Filter Rating The Ti mesh demister pad is designed to collect liquid particles contained in the vapour phase after boiling, vacuum evaporation or ... Read More

High Voidage Titanium Demister Pad + Ti Grids Flat Bar HL-Ti 99% Filter Rating The Ti mesh demister pad is designed to collect liquid particles contained in the vapour phase after boiling, vacuum evaporation or ... Read More