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KAF SERIES COMPRESSED AIR INLINE FILTER

KAF series compressed air inline filter is designed to meet the demand of the finest quality air for production and process standards.

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Why Filter?

Compressed air inline filters are now recognized as being an integral part of any system. Few, if any, compressed air systems can be operated successfully without high efficiency inline air filters. Production and process standards demand the finest quality air and end products are now manufactured to such tight tolerance that no contamination is permitted.

 

Familiar Four Kinds of Pollutant in Your Compressed Air System

Compressed air is the most widely used source of basic power in industry, which features such characteristics including convenience, rapidness, safe and cost saving. However, the following pollutants exist in the system and they combine into acid oil mud with causticity, which is the pollution source in the compressed air.


Water

Water moisture produced by air through compression and condensation fills the air pipes to cause rust and erode pipes.


Oil Fume

Apart from small amount of oil presents in air, lubricated air compressors produce oily air to pollute products and production processes as well.


Particles

Solid particles exist in air and produced through high temperature operation inside the air compressors erode pneumatic tools, motors and parts in cylinders, cause blocking or breaking.


Odour

Toxic gases including hydrocarbon and carbon monoxide not only affect the working efficiency of the employees, but also pollute the respiratory air.


These pollutants not only rust air pipes, increase voltage (operation cost), damage precise instrument and cause machines malfunction. In addition, they even influence the product quality, reduce production efficiency, endanger body health and increase production cost. Dry and clean compressed air is your best partner, it ensures the quality of your products and reduces possibility of production down time, so as to save you a considerable amount of maintenance expenses and production costs.




P Grade

Particle Removal Pre-filter

Installed after air compressor and before refrigerated air dryer to remove solid and liquid particle sizes down to 3 micron.

M Grade

Oil Removal Filter

Installed before S grade filter or after desiccant air dryer to remove solid and liquid particle sizes down to 1 micron and max remaining oil content of 0.5 ppm.

S Grade

High Efficiency Oil Mist Removal After-filter

Installed before desiccant air dryer or after refrigerated air dryer to remove oil vapour down to 0.01 micron and max remaining oil content of 0.01 ppm. Install M grade filter before is recommended.

A Grade

Activated Carbon Filter

Installed after S grade filter to remove hydrocarbons or odors of max remaining oil content of 0.003 ppm.Note: P, M, S grade inline filter elements could be used continuously for 5000-8000 hours, while A grade inline filter element could be used continuously for 3000 hours.


Note: P, M, S grade inline filter elements could be used continuously for 5000-8000 hours, while A grade inline filter element could be used continuously for 3000 hours.


Model Length Diameter Discharge capacity Connections Weight Maximum pressure
mm mm m3/min SCFM kg Bar(g)
KAF004 267 89 0.4 14.1 3/4" 1.1 16
KAF007 267 89 0.7 24.7 3/4" 1.1 16
KAF015 267 89 1.5 53 3/4" 1.1 16
KAF024 366.5 109 2.4 84.7 1 1/2" 2.2 16
KAF035 366.5 109 3.5 123.6 1 1/2 2.2 16
KAF060 513.5 109 6 211.9 1 1/2" 2.7 16
KAF090 550 150 9 317.8 2 1/2" 4.25 16
KAF120 928 150 12 423.7 2 1/2" 6 16
KAF150 928 150 15 529.7 2 1/2" 6 16
KAF240 1225.5 275 24 847.5 3-4"F 28.5 16
KAF360 1521 473 36 1271.2 3-4"F 137 12
KAF450 1716 473 45 1589 3-4"F 140 12
KAF600 1812 520 60 2118.6 5"F 184 12
KAF900 1810 590 90 3178 6"F 200 12
KAF1200 1895 660 120 4237.3 6"F 248 12