Pingxiang Qunxing Metal Ladder Filler Metal Ladder Ring Filler 304 Stainless Steel Ladder Ring

Description :

　　one）Product Description:

　　productionMetal ladder ringBy taking advantage of the short Rascal ring and improving the Ball ring, the height to diameter ratio of the ring is 1:2, and a conical flange is added at one end to reduce the resistance of gas passing through the bed and increase the flux. The packing strength is high, and due to its structural characteristics, the gas-liquid distribution is uniform, increasing the gas-liquid contact area and improving mass transfer efficiency.

　　two）Product Technical Parameters:

　　three）Product features:

　　1. Reduce pressure drop: Metal stepped rings have large gaps and high flux in the gas-liquid flow path, which can effectively reduce pressure drop.

　　2. Increasing the capacity of the reaction tower: The increase in the capacity of the reaction tower is the direct cause of the decrease in pressure drop. The metal stepped ring keeps the reaction contact away from the pressure drop contact with overflow phenomenon, which means it can handle more gas-liquid and increase the capacity of the reaction tower.

　　3. Enhance anti fouling ability: The directional position of the metal stepped ring maximizes the gap in the direction of gas-liquid flow, so any solid scale can pass through the packing layer with gas-liquid flow.

　　4. Improving reaction efficiency: The metal stepped ring limit ensures that its torus is perpendicular rather than parallel, and this design has more prominent advantages in mass transfer. Because the reaction efficiency depends on the size of the contact surface. The design of parallel surfaces will prevent the inner side of the ring from coming into contact with liquid, thus forming a dry surface. Dry surface plays almost no role in mass transfer, but the vertical design of the metal stepped ring greatly reduces the possibility of dry surface, thereby effectively improving efficiency.

　　four）Product application:

　　 productionMetal ladder ringA new type of open cell packing developed by a mass transfer company in the UK. The stepped ring (CMR) has a height of about half the diameter, a tapered flange on one side, a window on the ring wall, and curved blades extending towards the center of the ring. Due to the reduction in height and the special structure of conical flanging, not only does it improve the gas-liquid distribution within the packing layer, but it also increases the gas-liquid contact points, which is conducive to the aggregation and dispersion of liquids and the continuous renewal of the membrane surface, thus enhancing mass transfer. Generally, the flux of stepped ring packing can be increased by 10-20% and the pressure can be reduced by 30-40% compared to Bao'er ring packing. The separation efficiency can be improved to varying degrees depending on the specific process. Ladder rings have the characteristics of thin walls, heat resistance, large gaps, high flux, and low resistance, making them particularly suitable for vacuum distillation towers to handle materials that are sensitive to heat, easy to decompose, easy to polymerize, and prone to carbon deposition.

　　metal cmr-cascade mini ring Packaging method: woven bag;

　　metal cmr-cascade mini ring Transportation method: truck transportation;

　　Material: Ceramic/PP/PVC/CPVC/PVDF/PTFE, etc;

　　Material: 304/304L/316/316L/duplex steel/titanium, etc;

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• Metal ladder ring