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Plastic Super Intalox Saddle Ring PP PVC CPVC Super Intalox Saddle for Tower Packing
Intalox Saddle

Plastic Super Intalox Saddle Ring PP PVC CPVC Super Intalox Saddle for Tower Packing

Model Material Size (mm) Application
Super Intalox Saddle 25# PP / PVC / CPVC 25 × 22 × 1.2 Exhaust gas scrubber
Super Intalox Saddle 50# PP / RPP / PVDF 50 × 45 × 1.8 Absorption tower, cooling tower
Super Intalox Saddle 76# PP / CPVC / HDPE 76 × 68 × 2.5 Wastewater treatment

    description1

    Plastic Super Intalox Saddle Product advantages

    Plastic Super Intalox Saddle Table parameters

    Model Size (mm)

    Specific Surface Area (m²/m³)

    Void Fraction (%)

    Bulk Density (kg/m³)

    Number per m³ (pcs)

    Material

    DN25 (25mm)

    185

    89

    76

    82,000

    PP / PVC / CPVC

    DN38 (38mm)

    140

    92

    68

    28,500

    PP / PVC / CPVC

    DN50 (50mm)

    105

    94

    56

    9,600

    PP / PVC / CPVC / PVDF

    DN76 (76mm)

    78

    96

    48

    2,800

    PP / PVC / PVDF

    DN100 (100mm)

    55

    97

    42

    1,150

    PP / PVC / PVDF

    Plastic Super Intalox Saddle Product Introduction

    Plastic Super Intalox Saddle is a mainstream random tower packing upgraded on the basis of traditional intalox saddle. Optimized curved saddle structure effectively solves the defects of easy stacking and overlapping of ordinary saddle packing. Manufactured from high-purity PP, PVC, CPVC, PE and PVDF plastic materials via injection molding, this filler is widely applied in gas-liquid mass transfer processes inside industrial towers. It is the preferred packing medium for waste gas desulfurization, absorption, washing, stripping, distillation and solvent recovery systems in chemical industry, environmental protection, metallurgy, pharmacy and water treatment industries.

    The improved arc design expands the effective contact area between gas and liquid. The internal flow channel is smooth and unobstructed. When filled in the tower, the packing presents a disorderly loose accumulation state, which greatly improves the uniformity of liquid distribution on the packing surface. It strengthens the spreading of liquid film and avoids local dry areas inside the tower, so the mass transfer efficiency is far higher than conventional saddle packing and Raschig rings.



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