Pictures 1-10 are included in this listing depending on your drop down menu selection but pictures 11 and 12 are not and are included to display the types of reverse osmosis systems these filter packs are used with.
These filter kits are applicable to reverse osmosis systems permanently installed to town mains water supply
The actual measurements of these 10"x2.5" filters are L = +/- 25cm x Diameter = +/- 7cm with an inner core hole of +/- 2.5cm
All of the parts that come into contact with the water in our systems are manufactured from BPA free food grade plastics. All of the filters and parts that we source are of the highest quality and meet the required quality standards.
Why Choose These Reverse Osmosis Filters?
These replacement filter sets are designed to maintain the performance of your reverse osmosis system. With various options for 5-Stage, 6-Stage, and 7-Stage units, you can find the perfect kit for your needs, whether you have a RON or ROP model. The filters are built to remove contaminants like chlorine while offering options for alkalising, mineralising, or anti-bacterial post-filters to enhance the purity and health benefits of your drinking water.
Compact Design and Powerful Performance
Each filter pack contains a combination of 1uM Sediment and 5uM Carbon Block filters to protect the RO membrane and ensure consistent performance. The TFC membranes are available with a choice of 50GPD, 75GPD, or 100GPD ratings, giving you the flexibility to choose a flow rate that suits your household. All filters and parts are made from BPA-free food-grade plastics and meet high quality standards.
Seamless Integration and Easy Maintenance
These filter kits are designed for reverse osmosis systems permanently installed to town mains water supply. With clear instructions on how to change your reverse osmosis filters and membrane, maintenance is made simple. The included filters are standard 10"x2.5" in size, ensuring they fit a wide range of systems. This hassle-free approach makes it easy to keep your system running optimally.