Brief: Follow along for a hands-on demonstration that highlights performance points. This video provides a real look at our Stainless Steel Metal 316L Structured Packing Corrugated Plate, showing how its unique diamond mesh and corrugated design enhances gas-liquid separation efficiency. You'll see how this packing combines the advantages of wire mesh and plate designs for superior performance in various industrial applications.
Related Product Features:
Constructed from corrosion-resistant Stainless Steel 316L, ideal for harsh chemical environments including H2S and chlorides.
Features a unique diamond mesh corrugated plate design that increases specific surface area for higher separation efficiency.
Offers high capacity performance, enabling smaller tower diameters or significant capacity increases in retrofits.
Operates with low pressure drop, resulting in substantial energy savings during gas-liquid separation processes.
Provides large operational flexibility with minimal scale effect, suitable for all tower diameters.
Available in multiple models (450Y to 100Y) with varying void volumes, thicknesses, and theoretical HETP values.
Suitable for vacuum operations down to 100pa absolute pressure and various corrosive mixture applications.
Can be used as catalyst carriers, in heat exchangers, and for demisting purposes beyond standard separation.
FAQs:
What makes this structured packing suitable for corrosive environments?
The packing is made from Stainless Steel 316L, which provides strong resistance to corrosion from acids, alkalis, H2S, naphthenic acid, and chlorides, making it ideal for harsh chemical processing applications.
How does the corrugated plate design improve separation efficiency?
The diamond mesh corrugated plate design creates a large specific surface area where liquid forms a film, and the uneven surface enhances turbulence, mixing, and surface renewal, significantly improving mass transfer efficiency.
What are the packaging and handling specifications for this structured packing?
The packing is carefully wrapped with plastic film and secured in wooden cases or on wooden pallets to ensure protection during transportation and handling, maintaining the integrity of the corrugated structure.
Can this structured packing be used in vacuum conditions?
Yes, this structured packing is designed to operate effectively in vacuum conditions with bottom absolute pressures as low as 100pa, making it suitable for various distillation and separation processes under vacuum.