What is the style?

(1)Wires are woven to make a wire cloth, which is then crimped,
(2)Crimping height: approx. 5 to 7 mm

Specifications

STYLE NO.	Void Ratio	Surface Area	Density	Wire Diameter	Equivalent to:
					YORK
SK-80	99.0	158	80	0.25φ	931
SK-144	98.2	280	144	0.25φ	431
SK-192	97.5	375	192	0.25φ	421
SW-216	97.2	905	216	0.12×wires stranded
SW-432	94.5	1,780	432	0.12×12wires stranded	333

Styles

STYLE NO.	Structure	Description
SK-80		For a given load of mist, the highest flow velocity is achieved of all styles. Ideal where it is required to minimize the pressure loss, possible clogging is concerned, the size of particle to be collected is relatively large, and/or a very high efficiency is not required. The standard thickness is 150 mm. For conditions corresponding to those of SK-192, the thickness of 200 mm is applied.
SK-144		Used for general purposes. An efficiency of 98 to 99% is achieved at a velocity of 1 to 5 m/sec.
SK-192		Used where an especially high efficiency is required. While a pressure loss is slightly higher, it achieves an efficiency of 99 to 100% with particle sizes 3μ or more at a velocity of 1 to 6 m/sec., and is ideal where an efficiency of 90% or more is required at a velocity of 1 m/sec. or less.
SW-216		Used for collecting fine particles of 1 to 3μ in size. Especially for a low-density mist of 1.0 g or less, it is used in a thickness of 200 to 300 mm.
SW-432		Used for collecting fine particles. An efficiency higher than that of SW-216 can be achieved. The most remarkable characteristic is that it provides a high efficiency with a reduced thickness.

Special Mist Eliminators

Applications and Materials

Applications	Materials
Generally applicable to most locations	SUS304（Stainless steel）
Coating process, etc. for treatment of air containing no water	SS（Galvanized steel）
Kitchen, etc. for treatment of air containing oil	CU（Copper）
Air filters, etc.	AL（Aluminum）
Treatment of air containing chemicals, acids, etc.	PP（Polypropylene）

Special Materials

Titanium		0.25φ
Teflon® （PFA, Aflon®）		0.25φ