CONNS GLASS FILTER MEDIA
Concerns with traditional sand filtration
- Regular maintenance, which costs time and money
- Requires a lot of water to backwash
- Old technology
Glass filter media changes all of that!
WHAT IS GLASS FILTER MEDIA?
- A high-tech filter media
- Virgin plate-glass (no bottle glass)
- Advanced manufacturing technology (negatively charged – which attracts fine particles)
- Less dense than graded silica sand. Conn 40 takes 400kg graded silica vs 340kg of glass media



CONNS GLASS FILTER MEDIA VS GRADED SILICA SAND
Water saving
• Reduced backwash time (less dense, releases trapped
particles easier)
• Fewer backwashes needed (holds more contaminants)
• Longer filter runs (less interruptions and water wastage)
• Approximately 40% saving on backwash water
• Fewer backwashes needed (holds more contaminants)
• Longer filter runs (less interruptions and water wastage)
• Approximately 40% saving on backwash water
Reduced maintenance
• Silica sand needs to be replaced every 2 years
• Glass media has a longer lifespan, lasting 15 - 20 years
• Huge saving on maintenance cost and downtime
• Glass media has a longer lifespan, lasting 15 - 20 years
• Huge saving on maintenance cost and downtime
Improved filtration
• Silica sand filters down to 50 microns vs CONNS glass
filter media which filters to 10 microns (negative charge
attracts fine particles)
• Particles do not clump together so less channelling of media or mud balling (use of entire filter bed)
• Particles do not clump together so less channelling of media or mud balling (use of entire filter bed)
Energy saving
• 25% lower friction loss through the filters, compared
to graded silica sand
• Significantly lower friction loss compared to self-cleaning disc filters
• Reduces energy consumption, saving money on the biggest filtration cost
• Significantly lower friction loss compared to self-cleaning disc filters
• Reduces energy consumption, saving money on the biggest filtration cost
Increased Quality and Hygiene
• Reduces presence of bacteria
• Does not build up a biofilm
• Does not build up a biofilm