Tellerette Ring

50mm Metal Tellerette Ring

Metal Tellerette Ring is a highly efficient random packing, widely used in chemical industry, environmental protection, energy and other fields.They feature a unique structure and excellent performance, playing a significant role in the gas-liquid mass transfer process. This kind of packing is usually made of metal materials such as carbon steel, aluminum alloy or stainless steel. Its design purpose is to increase the gas-liquid contact area and improve the mass transfer efficiency.

product details

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Metal Tellerette Ring Advantages

Large specific surface area

The structural design of the metal wreath gives it a large specific surface area, which helps to improve the gas-liquid contact efficiency
Light unit weight: Despite being made of metal, the design of the metal wreath keeps it relatively light in weight.

Large void ratio

The voids and channels inside the metal wreath cause turbulence and mixing when gas and liquid pass through, enhancing the relative movement between the gas and liquid phases.

High flux and low resistance

These characteristics of metal wreaths make them perform well when handling heat-sensitive, easily decomposable, easily polymerizable and easily carbonized materials.

technical parameter

Size		Number (per m³)	Surface area (m²/m³)	Free volume (%)
Inch	Mm
2”	50250.8	19180	112.8	96.2
3”	75751.0	5460	64.1	97.3
4”	100451.2	2520	53.4	97.3

Metal Tellerette Ring Structural features

Unique ring structure: It is made of a metal sheet that is stamped and stretched into a specific calendered mesh. The surface has regular diamond mesh holes. The whole is a large flat ring formed by many rings, similar to a sphere formed by spiral springs connected end to end.

Diverse sizes: Common specifications include DN50, DN75, DN100, etc.

Stainless steel material: such as 304, 316L, etc., with good corrosion resistance, high temperature resistance and high strength, can resist the erosion of a variety of chemical substances, and is suitable for various corrosive media and high temperature environments.

Aluminum alloy material: The density is 2.7g/cm³, the surface has a dense oxide protective film, is not easy to be corroded, can not be deformed in the medium below 300℃, and has the advantages of light weight and large specific surface area.

Carbon steel material: high strength and relatively low price.

Titanium alloy material: It has excellent corrosion resistance, high strength and high temperature resistance, and can be used under extremely harsh working conditions, but the cost is high.