Pall Ring, d16 mm.

Pall Ring, d16 mm.

1001182
Price:
$44.60
Основний: Pre-order only
1001182

Features Pall Ring, d16 mm.

Material
PP
Nozzle type
Pall Ring
Quantity m.cubic
180 000
Specific surface area, m2/m3
188
Operating temperature
-35-60
Void factor, %
91,1
Analogue for
Munters, Christy Catalytics, Koch-Glitsch, AMACS, Ultimo Engineers, MTE, Pall Ring Company, НКС DOLSIN, MACH Engineering LLC
Producer
BTS Engineering
Application
абсорбера, насадочных колонн, декарбонизатора, очистки газов, десорбера, дегидратации, дистиляции, ректификации, сатурации воды
Diameter, mm
16
All features

Description

Pall rings are used extensively in both new and retrofit installations. Unlike Raschig rings, the walls of our pall rings are open. The high percentage of free space maintains superior, uniform liquid distribution. The ring's open space also provides gas and liquid full access to the ring's interior. The interior of each ring has diametrical ribs, which provide structural strength as well as additional surface area for gas-liquid contact. Features: Pall Ring has a low pressure drop, large void space and high efficiency. Applications: It is applicable to all kinds of separation, absorption equipment, atmospheric and vacuum distillation unit, synthetic ammonia decarbonization and desulfurization systems, ethylbenzene separation, isooctane, toluene separation, etc. Ceramic Pall rings d16 mm – appointed for infilling of active volumes and apparatus to increase the intensity of heat and mass transfer process in equipment of chemical, petrochemical, oil refining industries and other fields of manufactory, water supply and canalization system, ammonia and mineral fertilizers production. • Bulk density – 72 kg/m3 Ceramic Pall rings are irregular packing. Acid resistant ceramic packing are appointed for infilling of the column packing and other heat and transfer apparatus, that works under the temperature to 120 Celsius degrees for acidic media. In comparison with Raschig rings, Pall rings have better absorbing capacity and reduced pressure drop, have better effectiveness of separation and the degree of wetting due to the perforated structure. Open structure of the packing ease the uniform loading pf packing and reduce and this reduces the losses.

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