Dix - Stainless Steel Screen Filters

• All welds dip passivated.
• Durable and corrosion resistant.
• Simple and robust construction.
• Reliable trouble-free operation.
• Brushvac™ backflushing system.
• Provides an effective, shorter cleaning cycle.
• Tapered screens on 3,000 to 10,000 models.
• Improves flushing efficiency minimising waste water.
• Brush and vacuum system is more effective than vacuum only designs.
• Copes well with debris that blocks screens in other designs.
• Backflushing initiated by time, pressure differential or volumetric flows.
• Minimum maintenance and operator attention.
• Australian Made.
• Fabrication to suit project specific requirements.
• Manufactured to ISO 9001.
• Ensures consistent high quality.

• Commercial - Golf course and sporting field irrigation systems.
• Industrial and Power - Filtration of water for heat exchangers, cooling towers and waste water recycling.
• Farming - Used for screening water supply from rivers, lakes, dams, channels and bores.
• Irrigation - Primary filtration for the prevention of blockages in drip systems, sprinkler systems and centre pivots.
• Metal Processing Plants - Filtration for water cooling and spray nozzles.
• Mining - Cleaning of process and waste water.
• FMCG (fast moving consumer goods) - `Hygienic` models for use in specialised food process applications, bottling lines, juice lines.

Dix stainless steel filters are manufactured from 304-grade stainless steel (316 optional) and are available in an extensive range of configurations, sizes and filtration grades, including:

• Manual and automatic backflushing.
• Body configurations, in-line or right angle models.
• Backflush motor available as 12 volt DC, 240 volt AC or 415 volt AC
• Backflush controller available as 12 volt DC, 24 volt AC, 240 volt AC or 415 volt AC.
• Nominal flow rates of 375; 500; 750; 1,500; 3,000; 4,500; 7,500 and 10,000 Lpm.
• Working pressure 1000kPa.
• Other configurations and flanges are available upon request.
• Manifolds can be built to bank multiple filters for greater flow rates and to allow individual filters to be serviced while the system is operational.