Metal Perforated Plate Corrugated Packing is assembled after punching, rolling small patterns, and large ripples on the metal thin plate. It has the characteristics of small resistance, uniform air fluid distribution, high efficiency, large flux, and not obvious amplification effect. In negative pressure and pressure operation. The diameter range of the processing filler is φ150mm to 12000mm.
Metal Perforated Plate Corrugated Packing is a fillers that are stacked in a uniform geometric graphic in the tower. It stipulates the flow of gas and liquid, which improves the phenomenon of ditch flow and wall flow. The pressure drop can be small, but at the same time, it provides more comparison area. It can achieve higher quality and heat transfer effect in the same volume. The uniform, regular, and symmetrical structure of the structure. When there is the same surface area as the bulk fillers, the gap rate of the ripple filler of the metal hole board is greater, with greater flux, and the comprehensive processing capacity is larger than the plate -type tower and bulk filler tower larger. Many, so various general -purpose regulatory fillers represented by metal hole panels are applied in the industry.
Comparison Of The Advantages And Disadvantages
The effect of transforming the plate tower with metal hole plates is particularly obvious. Through careful design, manufacturing, installation, and serious operation, the effect of industrial amplification can not be obvious. Due to the advantages of decreased pressure, large volume, and high separation efficiency, it has been widely used in many towers in the fields of fine chemicals, spice industry, refining, fertilizer, petrochemical industry and other fields.
Metal perforated plate corrugated packing are assembled after punching, rolling small patterns, and large ripples on metal thin plates. It has small resistance, uniform gas and liquid distribution, high efficiency, large flux, not obvious amplification effect and other characteristics.
Mainly apply to negative pressure and pressure operations.
