IPS KalyxX RedLine – Whole-Building Limescale Protection The IPS KalyxX RedLine is an inline water treatment system designed to reduce limescale formation across an entire building. Installed at the main water inlet, it protects pipework, valves, taps, shower heads, and water-heating elements by disrupting the formation of hard limescale deposits as water flows through the system. Using patented TGP® (Turbulent Galvanic Polarisation) technology, the RedLine achieves a confirmed limescale reduction efficiency of up to 76%. The process is entirely physical and operates without external energy, chemicals, or consumable filters, ensuring reliable, long-term performance with no ongoing maintenance.
Suitable for Drinking and Hot Water
The IPS KalyxX RedLine is suitable for both cold (drinking) and hot water installations and is manufactured exclusively from materials approved for permanent contact with potable water. It is certified to relevant drinking-water standards and verified for hydraulic safety, pressure resistance, and long-term durability.
Robust, Maintenance-Free Design
- Durable stainless steel body
- Corrosion-resistant and temperature-stable
- Designed for continuous operation
- Expected lifespan of at least 10 years
- 2 years warranty
- No maintenance required
Sizing & Flow Capacity
The IPS KalyxX RedLine is available in multiple connection sizes, each designed for a specific maximum flow rate. Correct sizing is essential to ensure effective whole-building protection and stable hydraulic performance.
- RedLine 1/2" – maximum flow up to 1 m³/h
- RedLine 3/4" – maximum flow up to 3.2 m³/h
- RedLine 1" – maximum flow up to 4 m³/h
Each variant uses the same internal technology, with size-specific flow capacity and pressure-drop characteristics.
Technical Overview
Limescale reduction: up to 76% Technology: Patented TGP® (Turbulent Galvanic Polarisation)
Material: Stainless steel Operating temperature (inlet): 0 °C to 95 °C Maximum operating pressure: 10 bar / 1 MPa No electricity, chemicals, or filters required
