Total
Replacement Carbon block Aquaphor Viking B520-14 (for hot water)
86.00 €
Compare products
Replaceable module B520-14 AKVAFOR Viking-Maxi
The module consists of two coaxially arranged carbon blocks, the outer layer of the filter module with a pore size of 20 microns is made of a mixture of granulated sorption materials and Aqualen chelated ion-exchange fiber. The inner layer is a dense carbon block with an effective porosity of 5 μm.
Used in: AQUAFOR Viking-Maxi
The B520-14 cartridge purifies much more water compared to similar cartridges for water treatment systems from other manufacturers.
Cartridge B520-14 for AQUAFOR Viking (hot water):
High performance through the use of carbon block technology
Designed for cleaning hot water. Flange color (marking) red.
Specifications:
Resource: 50,000 l
Productivity: 25 L / min
Operating Temperature: +5 to +95
Removable contaminants:
suspensions: up to 5 microns
iron hydroxide: 50%
organic matter: 50%
heavy metal ions: 50%
residual active chlorine: 50%
The life of the cartridge depends on the frequency of use and the quality of the source water.
The module consists of two coaxially arranged carbon blocks, the outer layer of the filter module with a pore size of 20 microns is made of a mixture of granulated sorption materials and Aqualen chelated ion-exchange fiber. The inner layer is a dense carbon block with an effective porosity of 5 μm.
Used in: AQUAFOR Viking-Maxi
The B520-14 cartridge purifies much more water compared to similar cartridges for water treatment systems from other manufacturers.
Cartridge B520-14 for AQUAFOR Viking (hot water):
High performance through the use of carbon block technology
Designed for cleaning hot water. Flange color (marking) red.
Specifications:
Resource: 50,000 l
Productivity: 25 L / min
Operating Temperature: +5 to +95
Removable contaminants:
suspensions: up to 5 microns
iron hydroxide: 50%
organic matter: 50%
heavy metal ions: 50%
residual active chlorine: 50%
The life of the cartridge depends on the frequency of use and the quality of the source water.
