FITaqua AC-IL-BIO
 | Outdated Product Cartridge type: flow; Items in set: 1; Size: linear; Water temperature: for cold water; Filtration speed (L/min): 4; flavor enhancement; Country of origin: Germany; |
 |
Close
FITaqua AC-IL-BIO | |||||||||||||||||
| |||||||||||||||||
Biostructurizer
Information in model description is for reference purposes.
Before buying always check characteristics and configuration of product with online store manager
Catalog FITaqua 2024 - new products, best sales and most actual models FITaqua.
Before buying always check characteristics and configuration of product with online store manager
Catalog FITaqua 2024 - new products, best sales and most actual models FITaqua.
We recommendCompare using chart →
filter jug, x6, filtration: carbon (smell and taste), softening (scale), for heavy metals, speed 0.3 L/min, resource: 1 months
flow, 1, 20BB (20"x4.5") ", filtration: 0.01 µm, for heavy metals, speed 23 L/min, resource: 98 ths of L
membrane, 1, 40"x4" ", filtration: softening (scale), for heavy metals, nitrates, pesticides, petroleum products, resource: 9.5 ths of L
filter jug, x6, filtration: carbon (smell and taste), for heavy metals, pesticides, resource: 0.15 ths of L
membrane, 1, 12"x1.8" ", filtration: 0.0001 µm, softening (scale), for heavy metals, nitrates, pesticides, petroleum products, speed 0.26 L/min
membrane, 1, 12"x1.8" ", filtration: 0.0001 µm, softening (scale), for heavy metals, nitrates, pesticides, petroleum products, speed 0.13 L/min
flow, 1, proprietary mount ", filtration: 5 µm, mechanical (impurities), carbon (smell and taste), for heavy metals, pesticides, speed 2 L/min, resource: 4 ths of L
membrane, 1, 12"x1.8" ", filtration: softening (scale), for heavy metals, nitrates, pesticides, petroleum products, speed 0.2 L/min
filter jug, x3, filtration: carbon (smell and taste), softening (scale), speed 1 L/min, resource: 0.1 ths of L, 1 months
filter jug, x3, filtration: 0.01 µm, mechanical (impurities), carbon (smell and taste), for heavy metals, pesticides, speed 0.3 L/min, resource: 0.2 ths of L
