Technical Parameter of Plastic Teller Rosette Ring

Technical Parameter

Type

Outsider Diameter

mm

Height

mm

Num. Of filling

Pieces/m3

Surface area

m2/m3

Void

%

Weight

Kg/m3

S-O

47

19

32500

185

88

104

S

51

19

25000

180

89

100

S-II

59

19

17500

150

92

72

M

73

27.5

8000

127

89

92

L

95

37

3600

94

90

77

L-II

145

48

1100

100

93

68

Trade Details of Plastic Teller Rosette Ring

Related Trade Information

HS Code

3926909090

Package

1: Two Super sacks on Fumigation Pallet

2: 100L plastic woven bag on Fumigation Pallet

3: 500*500*500 mm carton on Fumigation Pallet

4: Upon your requirement

Process Method

Injection

Material

PP,PVC,PFA,PE,CPVC,PVDF,PPS.PES,E-CTFE,FRPP and so on

Typical Application

1. Degassing,deodorization tower
2. Absorption, distillation tower
3. Water treatment
4. Absorbers

Production time

7 days against one 20GP container loading quantity

Executive standard

HG/T 3986-2016 or refer to your detailed requirement

Sample

Free samples within 500 Grams

Other

Accept EPC turnkey,OEM/OEM,Mold Customization,Installation&Guidance,Test, Entrusted design service etc.

Typical Application of Plastic Teller Rosette Ring

1: Wet scrubbers for gas absorption

2: Cooling towers for heat transfer

3: Mist Eliminators for liquid particle removal

4: Gas Absorption column

Feature of Plastic Teller Rosette Ring

1: Better Mass Transfer

Because of the shape with many interstitial points, this is structure will constantly promoted liquid surface area’s regeneration. Further, gurante that expose fresh liquid surface area to the gas flow. Largely increase gas absorption efficiencies.

2: Better Particulate Collection

The unique filamentous toroidal helix shape is designed to take advantage of inertial impact to collect solid and liquid particulates. Because the open, filamentous shape eliminates orifices where solids can drop out and accumulate, Tellerette® Type 2R packings are effective with high-solid particulate loadings.

3: Low Pressure Drop

the Open filamentous shape will largely eliminate gas flow resistance passing through packing bed

4: No Liquid Redistributors Needed

Compared with the cylindrical packing, the wound ring structure promotes the liquid to move in a circular motion, thus overcoming the tower wall effect.

The “Plastic Teller Rosette Ring” is not a commonly used term, and I could not find a clear definition or description for a product by that name. However, based on the context provided, I can try to infer some possibilities for what this might refer to:

Plastic Teller Ring:
This could potentially refer to a plastic ring or circular device used in teller or cashier stations, perhaps as a guide or holder for transaction documents, money, or other items.
Teller rings or trays are sometimes used in bank teller windows or retail checkout counters to organize and contain items during transactions.
Plastic Rosette Ring:
A “rosette” typically refers to a circular, flower-like ornamental design or pattern.
A “plastic rosette ring” could describe a circular plastic device or component with a decorative, rosette-like design on the surface.
This could potentially be used for decorative or aesthetic purposes, perhaps in furniture, home decor, or other applications.
Combination of Terms:
It’s also possible that “Plastic Teller Rosette Ring” is a unique or custom term that combines elements of a “teller ring” and a “rosette ring” in some way.
Without more specific information, it’s difficult to determine the exact nature of this product.

  • Plastic teller rosette ring is a popular and cost-effective material for making decorative rosette rings, especially for mass-production or more affordable applications.
  • Random packing in the context of computer science and mathematics:
    • In computer science and mathematics, random packing refers to algorithms or methods that place objects or items within a defined space in a random or semi-random manner, without a predetermined pattern.
    • This type of packing is often used in optimization problems, such as bin packing, knapsack problems, or scheduling algorithms.