PP, PE, PVC, CPVC, RPP, PVDF Tellerette Packing

Plastic Rosette Ring is constructed from heat-resistant and chemically corrosion-resistant materials, featuring excellent attributes such as high void volume, low pressure drop, low mass-transfer unit height, and high flooding point. These characteristics, combined with uniform gas-liquid interaction and high mass transfer efficiency, make it ideal for use in packing towers. It functions efficiently within a temperature range from 60°C to 150°C, widely applied in industries such as petroleum, chemicals, alkali-chloride production, coal gas, and environmental protection.

Product Details:

• Product Name: Tellerette Packing
• Material Options: PP, PE, PVC, CPVC, RPP, PVDF
• Service Life: More than 3 years
• Dimensions (mm):
  • 259(1.5*2) (5 rings) – Surface Area: 269 m²/m³, Void Volume: 82%, Packing Density: 85 kg/m³
  • 4719(3*3) (9 rings) – Surface Area: 185 m²/m³, Void Volume: 88%, Packing Density: 58 kg/m³
  • 5119(3*3) (9 rings) – Surface Area: 180 m²/m³, Void Volume: 89%, Packing Density: 57 kg/m³
  • 5919(3*3) (12 rings) – Surface Area: 127 m²/m³, Void Volume: 89%, Packing Density: 48 kg/m³
  • 7327.5(3*4) (12 rings) – Surface Area: 94 m²/m³, Void Volume: 90%, Packing Density: 50 kg/m³
  • 9537(3*6) (18 rings) – Surface Area: 98 m²/m³, Void Volume: 92%, Packing Density: 52 kg/m³
  • 14537(3*6) (20 rings) – Surface Area: 65 m²/m³, Void Volume: 95%, Packing Density: 46 kg/m³

Main Features:

• High void ratio for greater efficiency
• Low pressure drop for smooth operation
• Low height of mass transfer units
• High flooding point for reliable performance
• Uniform gas-liquid contact
• Lightweight, reducing system load
• Excellent mass transfer efficiency

Applications:
The Tellerette Ring is commonly used in industrial packed towers for gas absorption, VOC removal, and filtration systems. It serves a wide range of industries, including chemical processing, pulp and paper, water treatment, and environmental management. The ring's lightweight design and large surface area allow for more efficient contact between gas and liquid, optimizing energy use and reducing operational costs.