Rectangular Saddle Rings


AddTime: 2026-05-08 Print Favorites Email: info@169chem.net
Briefly introduce the shape characteristics and mass transfer efficiency of the rectangular saddle ring.

Rectangular Saddle Rings

Rectangular saddle rings are a type of high-efficiency random packing material. Their unique saddle-shaped structure gives them excellent performance in terms of pressure drop, flux, and mass transfer efficiency.

Shape Characteristics

Features

Description

Saddle-shaped curved surface

Symmetrical arc shape with no sharp corners

Rectangular opening

Side windows increase gas-liquid passageway

Reinforcing ribs

Inner wall reinforcing ribs improve strength

Smooth edges

Reduce liquid retention

Compared to earlier arc-shaped saddle rings, rectangular saddle rings exhibit greater structural stability and higher packing regularity.

Fluid Dynamics Properties

Performance

Values/Comparisons

Explanations

Porosity

Metals 85%-95%, Ceramics 70%-80%

High porosity, low resistance

Pressure Drop

20%-30% lower than Pall rings

Smoother airflow due to curved surface

Flooding Velocity

15%-25% higher than Pall rings

Stronger liquid redistribution capability

Mass Transfer Efficiency

High Surface Utilization: Uniform liquid film distribution on the arc-shaped surface, no stagnant zones.

Strong Self-Distribution Capability: Liquid is repeatedly cut and dispersed, suppressing wall flow.

Enhanced Turbulence: Openings and reinforcing ribs disturb the gas-liquid mixture, increasing interfacial renewal.

Under the same conditions, the mass transfer efficiency of the rectangular saddle ring is 10%-20% higher than that of the Pall ring.

Applicable Scenarios

High-vacuum distillation (low pressure drop)

High-throughput absorption towers

Pressure drop-sensitive systems

Easy-to-foam systems

Selection: Prioritize metals for pressure drop, ceramics for corrosive media, and plastics for organic systems.

Summary

The core advantages of the rectangular saddle ring can be summarized as: 20%-30% lower pressure drop than the Pall ring, 15%-25% higher flooding velocity, and 10%-20% higher mass transfer efficiency. Suitable for pressure drop-sensitive applications with high throughput requirements. We are a Chinese supplier of rectangular saddle rings. For more information, please contact us via email at annayu@169chem.net or WhatsApp at +8618909016373.