Description
Replacement Filter Cartridge for AQA total
- Drinking water rich in vital substances: all important minerals are retained in the drinking water
- Optimum limescale protection : destabilises limescale preventing the formation of the deposits
- Corrosion protection: creates a protective layer offering protection from corrosion in the water pipes
Cartridge refill
FOR AQA TOTAL ENERGY 5600 - 14000
Capacity 350 - 600 m3 (1541 - 1761 gpm) about 3 years (depends on water quality and consumption).
Product details
The AQA Total Energy replacement cartridges are an integral part of our AQA total range that provides you with best drinking water rich in vital minerals and providing optimum protection from limescale and corrosion. These cartridge refill system guarantees a consistent maximum level of hygiene in your drinking water system. However, they need to be replaced once in a year and the used filter cartridges can be disposed of with your domestic waste or recycled with other plastic waste where facilities exist.
- 2 filter cartridge refills for AQA total Energy 5600
- 3 filter cartridge refills for AQA total Energy 8400
- 4 filter cartridge refills for AQA total Energy 11200
- 5 filter cartridge refills for AQA total Energy 14000
Optimum Limescale Protection
AQA total filter refill cartridge comes in the form of a multiple electrode structure. It consists of electrically conductive and non-conductive particles. Depending on the water quality and the flow speed, precisely defined energy/voltage impulses are applied to the replacement filter cartridge when water is extracted. From each electrically conductive particle, a bipole is formed which has a positive and a negative end. By switching the poles, these bipoles change their signs. Furthermore, a local shift of the limescale/carbon dioxide balance occurs in the electrically conductive particles and tiny calcium carbonate crystals form also known as nanocrystals. Due to their smaller size, these nanocrystals carry an electrical charge, which prevents a merger among them. All the nanocrystals, in turn, can catch limescale, which occurs in the water due to turbulence or water heating. The limescale is therefore stabilised and remains in the water instead of depositing in the water pipes and boiler.
