In-line bioceramic cartridge
This bioceramic cartridge is made of high quality material called tourmaline. It:
increases solubility of oxygen
eliminates negative ions, bringing about natural curing and immunity-increasing abilities
water gains better ability to form emulsion
Bioceramic cartridges are made of ceramic filtration material. The filtration material, in the form of ceramic balls, is produced with carefully selected ceramic clay and porous binding material. The production process involves dissipation, sieving, compacting and frying. The surface is hard and micro-porous. In addition, this material is characterized by a larger functional surface and has more pores.
On contact with water, the hallmarks of bioceramic cartridges are:
- a greater capacity for impurity removal,
- reduced pressure loss,
- prolonged filtration period,
- reduced water usage in reverse filtration.
The new, original design of the material increases water throughput, increases water quality and reduces energy usage.
Ceramic particles emit FIR (Far Infrared Rays) radiation, which evokes resonance among water and organic molecules. Water molecule and the length of the FIR wave start to resonate causing an increase of the amplitude of molecule vibration. This decreases the stability of the structure of water group of molecules and mineral substances, in consequence a portion of these substances is released outwards. Released mineral substances bring about improvement of water taste and odour. Apart from organoleptic advantages, the emission of FIR rays has great impact on many other processes which are vital for living creatures.
The properties of FIR rays:
- improve the taste and odour of water
- activate metabolism
- increase solubility of oxygen
- eliminate negative ions, bringing about natural curing and immunity-increasing abilities
- water gains better ability to form emulsion
|MODEL||HEIGHT (inch)||DIAMETER (inch)||MAX FLOW (l/min)||CAPACITY*||PRESSURE DROP (bar)|
|AC-IL-BIO||9 7/8||2||3,8||12 months||0,2|
Max. pressure: 8,5 Bar
Working temp.: 2-38ºC
Max. flow: 3,8 l/min
Designed for reverse osmosis systems (RO). Installed after the RO membrane.