Aqualife delivers perfect water everytime.
Proudly Australian offering innovative and proven water treatment products.
Aqualife delivers perfect water everytime.
Proudly Australian offering innovative and proven water treatment products.
Cafe
Aqualife’s reverse osmosis system offers a range of built-in re-mineralisation filters to provide the highest quality water needed
Food Services
Medical
+ Dental
Reverse osmosis and deioniser filter systems produce the purity of water needed for medical, veterinarian and dental applications
Office +
Home
The quality of drinking water across the globe varies according to each region, infrastructure and the geological nature of the terrain.
Aqualife Reverse Osmosis Technology
Aqualife prides itself on technical innovation in key markets and a carefully edited range of reverse osmosis systems suitable for the medical and dental industries, commercial food and beverage environments, office, public spaces and at home segments.
Aqualife strives for excellence in water treatment, in turn delivering perfect water ensuring enhanced tea and coffee taste, effective low-cost maintenance in commercial hospitality and delivers a biologically safe workplace in medical environments.
Reverse Osmosis (RO) is a water purification process. RO can be referred to as desalination. Purification can be achieved by using a partially permeable membrane to remove unwanted dissolved mineral and salt molecules along with larger particles from water. In reverse osmosis, an applied pressure is used to overcome the natural osmotic pressure. RO can remove many types of dissolved and suspended chemicals as well as biological ones (principally bacteria and viruses). RO technology is used in both industrial processes and the production of potable water. RO remains today in many applications a cost effective and most secure technology for refinement in water quality issues. The life of resin based processes is governed by the level of salts in the feed water, Whereas in RO technology the system prohibits the movement of unwanted molecules to pass through the fabric of the membrane.