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Iron removing cartridges - IR
Modern cartridges filled with fine-grained catalytic media. They were designed to remove iron, manganese and hydrogen sulfide from filtered water in a simple and effective way.
Best production quality
Two-stage, hybrid filtration ensures a crystal clear water.
Contains high quality catalytic media.
It improves water taste and smell.
Manufactured in central Poland; easy delivery to any location
Minimum flow resistances and pressure drops allow working at higher flow rates.
Modern technological process fully supervised by native engineers and technologists
Removes iron, manganese and hydrogen sulphide from water.
Description
How does it work?
Technical data
Cartridges are filled with a fine-grained catalytic media (certified by NSF)
Our cartridge was designed by UST-M engineers to enable the longest possible time in which water stays in touch with the media. Water flows through the cartridge axially (upwards), remaining longer in touch with the filtration bed. In combination with catalytic properties of the media, it deprives water which has passed through the cartridge of practically all iron, manganese and hydrogen sulfide.
This is what reduces the issue of rusty stains on the fittings, metallic taste of water and unpleasant rotten egg smell.
- remove iron and manganese from water
- prevent from stain formation
- 5 μm pre-filtration
- partially remove sediments
Our cartridge was designed by UST-M engineers to enable the longest possible time in which water stays in touch with the media. Water flows through the cartridge axially (upwards), remaining longer in touch with the filtration bed. In combination with catalytic properties of the media, it deprives water which has passed through the cartridge of practically all iron, manganese and hydrogen sulfide.
This is what reduces the issue of rusty stains on the fittings, metallic taste of water and unpleasant rotten egg smell.
- remove iron and manganese from water
- prevent from stain formation
- 5 μm pre-filtration
- partially remove sediments
Contaminated water (with large quantities of iron, manganese and hydrogen sulfide) flows through the catalytic media in the cartridge. The reaction between the media and the contaminants results in pollutant oxidation and its precipitation.
Material used: polypropylene, catalytic medium
Optimal working ph value: 6,5 - 9
*Whichever comes first
*Depends on feed-water quality
Optimal working ph value: 6,5 - 9
| Catalogue No. | Dimensions (len. x dia.) mm | Micron rating | Service life (L)* | Service life (months)* | Working temperature | Flow rate (l/min) |
| IR5 | 5” x 2.5” 124 x 69 |
5 | 1 000 | max 6 | 2-40 ºC | 4 |
| IR7 | 7” x 2.5” 179 x 69 |
5 | 1 500 | max 6 | 2-40 ºC | 5 |
| IR10 | 9 7/8” x 2.5” 250 x 69 |
5 | 2 000 | max 6 | 2-40 ºC | 6 |
| IR-L | 20” x 2.5” 508 x 69 |
5 | 3 000 | max 6 | 2-40 ºC | 10 |
| IR10BB | 9 7/8” x 4.5” 250 x 105 |
5 | 3 000 | max 6 | 2-40 ºC | 20 |
| IR20BB | 20” x 4.5” 508 x 105 |
5 | 4 000 | max 6 | 2-40 ºC | 30 |
*Whichever comes first
*Depends on feed-water quality
