
IPS KalyxX Industry
Reduction of limescale formation
for systems with higher water flow
The use of IPS Industry is effective and suitable in any running water plant. Washing lines, restaurants, canteens, bakeries, laundries, hairdressers, dry cleaners, swimming pools, dairies, breweries, distilleries, gardening, irrigation systems and much more. It also works reliably in heat exchangers, water systems, boilers, condensers, generators, heating systems, compressor rooms, refrigeration and air conditioning equipment.
Key features
- Extends the life and efficiency of water heater, thermostatic cartridges, showers, aerators…
- Reduces and prevents limescale build-up by 76.3%
- Easy-to-install & maintenance-free
- For indoor or outdoor use
- No electricity required
- Environmentally friendly, chemical-free
- Does not affect water pressure
- Adapts easily for PEX and other pipe types
- 2-Year Limited Warranty, works at least 10 years
- Solution for apartment buildings and buildings with higher hourly flow.
- Suitable for direct water-to-water heat pump circuit with high output, for stabilization of wastewater purifier at values guaranteed by the producer.
- Installation at the entrance to the building.
- Cold water supply pipes for central heating at transfer stations and boiler rooms.
- Prevent clogging of plate heat exchangers and stabilize specific heat demand for hot water.
- Stabilization of point corrosion of storage heaters.

IPS KalyxX Industry RP

IPS KalyxX Industry DN
Specifications
Connection | Thread (Female NPT/G x Female NPT/G) or Flange |
Patented Discs Composition | |
Maximum Flowrate | Up to 100 m3/h* |
Material | Stainless Steel |
Pipe Type | Copper, CPVC, PVC, PEX |
Maximum Pressure Drops | 43 Pa – 692 Pa* |
Operating Temperature (inlet) | 0 °C to 85 °C |
Optimal temperature for maximum efficiency Min/Max (inlet) | 0 °C to 60 °C |
* depends on model
Technical parameters


Model | Unit | Connection | Width | Length | Weight | Max. Flow |
IPS Industry DN 40 | pcs | flange | 150 | 530 | 8,3 | 8 |
IPS Indrustry 6/4" | pcs | thread | 114,3 | 506 | 4,9 | 8 |
IPS Industry DN 50 | pcs | flange | 165 | 656 | 11 | 12 |
IPS Industry 2" | pcs | thread | 114,3 | 640 | 5,7 | 12 |
IPS Industry DN 65 | pcs | flange | 185 | 590 | 15,3 | 16 |
IPS Industry DN 80 | pcs | flange | 200 | 607 | 19,5 | 24 |
IPS Industry DN 100 | pcs | flange | 220 | 800 | 32 | 36 |
IPS Industry DN 125 | pcs | flange | 250 | 955 | 48,5 | 54 |
IPS Industry DN 150 | pcs | flange | 285 | 460 | 35 | 100 |
Approvals

- IAPMO Certificate PDF 218 kB
- IAPMO Test Report PDF 1145 kB

- TUV Certificate PDF 1692 kB

- WRAS Certificate PDF 849 kB

- TSU Certificate PDF 523 kB
- TSU Test Report PDF 198 kB

- CNAS Test Report – IPS KalyxX BlueLine
PDF 584 kB - CNAS Test Report – IPS KalyxX RedLine
PDF 581 kB
Downloads
- IPS KalyxX RedLine – Technical Sheet PDF 1229kB
- IPS KalyxX BlueLine – Technical Sheet PDF 1446kB
- IPS KalyxX – Instructions PDF 278kB
IPS KalyxX protects your home from limescale buildup. It requires no power supply, batteries, chemicals or filters.
IPS KalyxX uses a patented Turbulent Galvanic Polarization (TGP®) electrode to disrupt the formation of limescale crystals on water heaters, showers, thermostatic cartridges, taps… In side-by-side comparison testing, IPS KalyxX was four times more effective than the leading electronic or magnetic scale devices.
IPS KalyxX is easy to install and maintenance free.
Recommended water properties
Generally recommended water properties for usage with the IPS KalyxX*:
- PH: 6,5- 8,5
- Iron: < 0.5 mg/L
- Hardness: < 25° dH
- EC: < 150 ms/m
- TDS: < 950 ppm
- Salinity: < 2000 mg/L
* In a case when water properties are different as recommended, please contact us for individual evaluation.
References
How the IPS works
IPS effectively prevents the formation of solid sediments and corrosion in cold and hot water appliances. IPS is a flow-through body with inside placed turbine-shaped electrodes of two different electrically conductive materials. The electrode design is patent-protected (TGP® – turbulent galvanic polarization) and generates a swirling water flow, causing a change in the structure of the minerals. See how IPS works on video below.