Product Feature
I. Unique S-Shaped Inner Tongue for Precise Guidance
The most distinctive feature of the Beta Ring is its S-shaped or Ω-shaped inner tongue structure. Unlike the straight, curved inner tongue of Pall rings, the Beta Ring's inner tongue undergoes two bends, forming a unique S-shaped or Ω-shaped profile. This innovative design brings multiple advantages: the guiding angle of the inner tongue is optimized, allowing liquid to be introduced into the ring's interior in a more ideal direction; the S-shaped inner tongue has better elasticity, allowing for slight deformation without damage under pressure; the reverse bend at the end of the inner tongue creates a small "jet" effect in the central area of the ring, promoting gas-liquid mixing.
II. Optimized Window Design for Unobstructed Gas Flow
The windows in the Beta Ring are precisely calculated and optimized. The number, size, and arrangement of the windows differ from traditional packing materials: the number of windows is optimized to achieve a balance between openness and strength; the windows employ a trapezoidal or arc-shaped design with smooth edges, reducing resistance during gas passage; the upper and lower windows are arranged in an alternating pattern, resulting in more uniform gas-liquid distribution.
III. Low Pressure Drop, High Flux
The optimized design of the Beta Ring significantly reduces the resistance of gas passing through the packing layer. Compared to Pall rings of the same specifications, the Beta Ring reduces pressure drop by 15%–30% and increases flux by 10%–25%, making it particularly suitable for applications with high gas-liquid loads and capacity expansion projects.
IV. High Mass Transfer Efficiency, Excellent Separation
The S-shaped inner tongue and optimized window design of the Beta Ring create a highly efficient gas-liquid contact environment. Liquid is precisely guided into the ring's interior, spreading evenly along the inner wall; gas repeatedly turns, accelerates, and decelerates inside and outside the ring, achieving full contact between the gas and liquid phases. Compared to Pall rings, the mass transfer efficiency of the Beta Ring is 10%–20% higher.
V. High Mechanical Strength, Good Durability
While pursuing high performance, the design of the Beta Ring does not neglect the fundamental requirement of mechanical strength. Optimized wall thickness distribution, reinforced window spacing, elastic inner tongue design, and rounded corner transitions ensure good pressure resistance even with windows open.
Why Choose AYRTTER?
Own Factory, Years of Experience in Packing Design and Manufacturing
Complete Beta Ring Product Line: Metal and Plastic Series, Multiple Specifications
Precision Stamping/Injection Molding Process, Precise and Consistent S-Shaped Inner Tongue
Multiple Material Options to Meet Different Corrosion and Temperature Requirements
ISO9001 Certification, Stable and Reliable Quality
Provides Full-Process Technical Support from Selection and Calculation to Installation
Direct Sales, No Intermediaries, High Cost-Effectiveness
As a high-performance representative of the random packing family, Beta Ring achieves an excellent balance between throughput, pressure drop, mass transfer efficiency, and mechanical strength through its unique S-shaped inner tongue structure and optimized geometric parameters. It is not a simple replication of classic designs, but rather, building upon the advantages of predecessors such as Pall rings and stepped rings, it achieves another leap in performance through innovative structural design. Choosing AYRTTER Beta Ring means choosing a reliable partner for high-performance separation.