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Ceramic Cascade Mini Ring High Acid Resistance Ceramic CMR Ring For Absorption Tower Packing
Cascade Mini Ring

Ceramic Cascade Mini Ring High Acid Resistance Ceramic CMR Ring For Absorption Tower Packing

Product Name Ceramic Cascade Mini Ring (CMR)
Product Type Third-Generation Random Tower Packing
Core Material High-Purity Industrial Ceramic
Key Feature Optimized Geometry, High Mass Transfer Efficiency, Low Pressure Drop
Standard Compliance ISO 9001, ISO 14001

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    Ceramic Cascade Mini Ring Product advantages

    Ceramic Cascade Mini Ring Product Table

    Size

    OD*ID*H*T
    (mm)

    Weight per M3 (kg/m3)

    Number per M3 (Pcs/m3)

    Surface Area (m2/m3)

    Dry packing factor m-1 

    10mm

    10*6*8*2

    800

    750000

    420

    1250

    2” (50mm)

    50*40*50*5

    600

    6500

    145

    565

    3” (80mm)

    80*64*80*8

    820

    1950

    120

    356

    4” (100mm)

    100*80*100*10

    850

    1000

    110

    252

    5” (120mm)

    120*96*120*12

    860

    370

    75

    146

    6” (150mm)

    150*120*150*15

    980

    296

    60

    101

    Ceramic Cascade Mini Ring Product Introduction

    Ceramic Cascade Mini Ring (CMR) is a new type of high-efficiency ceramic random tower packing developed on the basis of cascade ring structure. Made of high-alumina porcelain raw materials through molding and high-temperature sintering, it features an asymmetric folded edge structure different from Raschig ring and Pall ring.
    Its special structural design makes the packing form point contact during stacking instead of line contact. This greatly optimizes gas-liquid distribution inside the tower, enlarges the effective mass transfer contact area, effectively improves absorption, stripping and rectification efficiency, and also lowers pressure drop compared with conventional ceramic packing.Ceramic Cascade Mini Ring (CMR) is a new type of high-efficiency ceramic random tower packing developed on the basis of cascade ring structure. Made of high-alumina porcelain raw materials through molding and high-temperature sintering, it features an asymmetric folded edge structure different from Raschig ring and Pall ring.
    Its special structural design makes the packing form point contact during stacking instead of line contact. This greatly optimizes gas-liquid distribution inside the tower, enlarges the effective mass transfer contact area, effectively improves absorption, stripping and rectification efficiency, and also lowers pressure drop compared with conventional ceramic packing.



    陶瓷阶梯环陶瓷阶梯环2陶瓷阶梯环

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