Stainless steel ladder ring loose packing

Stainless steel ladder ring loose packingIt is a new type of open cell packing developed by a British mass transfer company. It is about half the diameter in height, with 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, enhancing mass transfer and greatly improving separation efficiency.

Stainless steel ladder ring loose packingIt is a new type of perforated packing. It is about half the diameter in height, with 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, enhancing mass transfer and greatly improving separation efficiency. Generally, the flux of stepped ring packing can be increased compared to Bauer ring packing10-20%, pressure reduction of 30-40%, and varying degrees of improvement in separation efficiency depending on the specific process. Depending on the specific situation, the stepped ring can replace the Rascal ring, Bauer ring, bubble cover plate, float valve plate, and sieve plate, achieving high efficiency, high yield, and energy saving. Our company offers a variety of metal ladder ring materials, such as carbon steel, stainless steel 304, 304L, 410, 316, 316L, etc., to choose from.

The metal stepped ring incorporates the advantages of the short Raschig ring and improves the Ball ring, with a height to diameter ratio of1: 2. A conical flange has been 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.