Metal Tower Packing

  • Metal Pall Ring Tower Packing

    Metal Pall Ring Tower Packing

    Metal Pall Ring packing use of sheet metal by punching in the ring out of the wall with two rows of fenestrae with leaves. Fenestrae in each row there are five tongue leaves, each leaf tongue ring, point to ring heart, almost in the center up, the location of the upper and lower levels staggered fenestrae, the general opening of the ring a total area of about 35% of wall area around Pall Ring packing as a result of in-the-loop to open a lot of window walls, making the tower the gas and liquid can move freely through the window, the current Central fill Powell was used by one of the main ring packing.
    Metal Pall Ring will have a variety of materials, such as carbon steel, stainless steel 304, 304L, 410, 316, 316L, etc. to choose from.

  • Metal Raschig Ring Tower Packing

    Metal Raschig Ring Tower Packing

    Metal raschig ring in 1914 by F. Raschig developed. It was one of the first was invented by a fixed geometry of the bulk packing. Its simple shape, height and diameter of the same size. metal raschig ring is widely used in many areas.
    Metal raschig ring can be a variety of materials, such as carbon steel, stainless steel 304, 304L, 410, 316, 316 L, etc. to choose from.

  • Metal Super Raschig Ring Tower Packing

    Metal Super Raschig Ring Tower Packing

    The design of the Super Raschig Ring offers an optimal solution to industry’s demands for a modern heavy-duty packing. Unlike previous packing shapes, the Super Raschig Ring avoids the droplet formation which is such a frequent interference accompanying large gas loads.

    The Super Raschig Ring has a more than 30% greater load capacity, an almost 70% lower pressure drop and a mass transfer efficiency exceeding that of conventional metal packing by over 10%, them are widely used in packing towers in petrochemical industry, chemical fertilizer industry and environmental protection, etc.

    Metal raschig ring can be a variety of materials, such as carbon steel, stainless steel 304, 304L, 410, 316, 316L, etc. to choose from.

  • Metal Cascade Mini Ring Tower Packing

    Metal Cascade Mini Ring Tower Packing

    Metal cascade-mini rings random tower packings, with one or two bevel edges in their sidepieces, are of more mechanical strength and better gas through capacity than pall rings. In random packed tower, most of the rings point contact (not linearity contact) to each other, contribute to the liquid film liquidity and mass transfer efficiency. Zhongtai’s Metal cascade-mini rings are widely used in petroleum, chemicals, Chlor-Alkali and environmental industries.

  • Metal Conjugated Ring Tower Packing

    Metal Conjugated Ring Tower Packing

    Metal Conjugated Ring random tower packing is of big liquid flow, low pressure drop and high efficiency. This packing takes the advantages of raschig ring and intalox saddle. It has proper flanging and diameter ratio. point contact isused between rings and tower wall. It has better mass transfer property. This packing widely used in packed tower of alkali-chloride industry, petroleum industry, coal gas industry, chemical industry and environment industry, etc.

  • Metal Intalox Saddle Ring Tower Packing

    Metal Intalox Saddle Ring Tower Packing

    Metal nutter ring random tower packing, designed by Dale Nutter in 1984, of efficiency enhanced by lateral liquid spreading and surface film renewal. Geometry provides maximum randomness with minimum nesting and maximum mechanical strength and superior surface utilization allows for shorter packed beds. The packing used in distillation, absorption and other operation environment.

  • Metal VSP Ring Tower Packing

    Metal VSP Ring Tower Packing

    Metal VSP Ring(Very special packing), commonly known as Mella ring in the world, is one kind of metal packing like a floral hoop, belongs to series products different in size. It is characterized in larger annual wall open area, large flux, small resistance and high mass transfer efficiency.

  • Metal Tellerette Ring Tower Packing

    Metal Tellerette Ring Tower Packing

    Metal tellerette ring packing is made of sheet metal stamping, stretching into specific calender, mesh surface into the rules of the diamond mesh, wire mesh corrugated packing geometric rules. Garland filler available various materials processing, material selection of a wire mesh packing is wide, and corrosion resistant performance is good. Garland filler has a wreath of plastic packing and garland filler metal. The wreath of plastic packing appear earlier, and more for gas washing, purification tower.
    Metal Tellerette Packing like ellipse is made of many enlaced cirques. Due to its high liquid storage in lacuna of packing, it prolongs time of gas-liquid contact, enhance the efficiency of transfer, It has the characteristic of big voidage, low pressure drop, sufficiency gas-liquid contact, low weight.

  • Metal Flat Ring Tower Packing

    Metal Flat Ring Tower Packing

    Metal super mini ring (SMR or named flat ring) random tower packing, is especially suitable for relative flow movement of liquid-liquid phase, and lessens agglomeration of dispersed droplet cluster. The mode of symmetrical inflexed arced fins will have good impact on the flowing homogeneity of liquid, promote the cyclic process of dispersion, convergence and redispersion of droplet cluster, effectively reduce the axial back-mixing of packing layer, and improve the mass transfer efficiency of liquid to liquid. Therefore, the packing will obtain excellent technological and economical effects in extraction process of liquid-liquid mass transfer.

  • Wire Gauze Metal Structured Packing Metal Structured Wire Packing

    Wire Gauze Metal Structured Packing Metal Structured Wire Packing

    Metal structured packing typically consists of metallic wires and corrugated metallic sheets, which at uniform geometry arranged and neatly piled in the tower. It is widely used in the reactors in fine chemical industry, petrochemical industry, and fertilizer industry as mass transfer media and often used in difficult separation and the vacuum distillation of heat content, atmospheric distillation and absorption process.

     

    Technical Parameter

    Model Perforated Plate Corrugated Packing
    Material carbon steel, stainless steel 304, 304L, 410, 316, 316L, etc.
    Model 125Y 250Y 350Y 500Y 125X 250X 350X 500X
    Specific surface (m2/m3) 125 250 350 500 125 250 350 500
    Bulk density (kg/m3) 100 200 280 360 100 200 280 360
    Void ratio (%) 98 97 94 92 98 97 94 92
    Obl. angle 45° 45° 45° 45° 30° 30° 30° 30°
    P (Pa/plate) 200 300 350 400 140 180 230 280
    Theo. plate (piece/m) 1~1.2 2~2.5 3.5~4 4~4.5 0.8~0.9 1.6~2 2.3~2.8 2.8~3.2
    Model Wire Gauze Packing
    Model Specific surface Bulk density Void ratio Obl. ΔP Theo. plate HETP/mm F factor m/s (kg/m3)0.5
    (m2/m3) (kg/m3) (%) angle (Pa/plate) (piece/m)
    250AX 250 125 95 30 100-400 2.5~3 100 2.5-3.5
    500BX 500 250 90 30 400 4~5 200 2.0-2.4
    700CY 700 350 85 45 600-700 8~10 333-400 1.5-2.0
    Typical Application Absorption, scrubbing and stripping services

     

    Application

    Perforated plate corrugated packing with the wide range of applications.

    Diameter: 0.1-12m;Pressure: Vacuum to high pressure;

    Liquid lood: 0.2 to more than 300 m3/m2.h;

    System: Ethylbenzene/ styrene, Fatty acide, cyclohex anone/ cyclohexanol, caprolaction, etc, Absorption desorption.

  • High quality stainless steels metal wire gauze structured packing for gas-liquid separation

    High quality stainless steels metal wire gauze structured packing for gas-liquid separation

    High quality stainless steels metal wire gauze structured packing for gas-liquid separation

    Metal structured packing typically consists of metallic wires and corrugated metallic sheets, which at uniform geometry arranged and neatly piled in the tower. It is widely used in the reactors in fine chemical industry, petrochemical industry, and fertilizer industry as mass transfer media and often used in difficult separation and the vacuum distillation of heat content, atmospheric distillation and absorption process.