the Plastic Rosette Ring is crafted from heat-resistant and chemically durable plastics, offering features such as a high void ratio, low pressure drop, low mass-transfer unit height, high flooding point, uniform gas-liquid contact, light weight, and excellent mass transfer efficiency. It operates effectively within a temperature range of 60°C to 150°C, making it a popular choice for use in packing towers across various industries, including petroleum, chemicals, alkali-chloride, coal gas, and environmental protection.

Specifications

• Product Name: Tellerette Packing
• Materials: PP, PE, PVC, CPVC, RPP, PVDF
• Life Span: over 3 years
• Sizes(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

Key Features

• High void ratio
• Low pressure drop
• Low mass-transfer unit height
• High flooding point
• Uniform gas-liquid interaction
• Lightweight
• High mass transfer efficiency

Applications
Plastic Tellerette Rings are widely used in various industrial packed tower systems. They are especially effective in scrubbers and filtration systems for industries such as chemicals, pulp and paper, caustic chloride, petroleum, metals finishing, water treatment, VOC removal, greenhouse gas management, and aquaculture.

these packing rings are designed to enhance energy efficiency, offering significant cost savings in scrubbing systems. Their large active surface area promotes optimal contact between gas and scrubbing liquid, improving operational efficiency. Furthermore, their lightweight construction and compact design reduce tower costs and minimize the need for deep packing, making them an ideal choice for upgrading existing plants while maintaining durability and low maintenance costs.

Advantages

1. Lightweight
2. Large surface area for greater efficiency
3. Compact design
4. Easy to retrofit into existing systems
5. Long lifespan
6. Resistant to clogging
7. Random filter media ideal for various processes
8. High BOD5 reduction and nitrification rates
9. Low capital, installation, and operational costs
10. Corrosion-resistant materials ensure longevity