Water Softeners

Sizing depends on household water use, local hardness, number of bathrooms, peak flow demand and the capacity of the softener at that hardness. Occupant numbers provide a useful starting point but should not be used alone.

An ion-exchange water softener removes the calcium and magnesium that create hardness, preventing new hard-water scale from forming in the softened supply. It is not an instant chemical descaler for existing heavy deposits.

Electric softeners use an electronic controller and require a power supply. Non-electric systems typically use a mechanical meter driven by water flow. Both can be demand-metered; suitability depends on the model, household and installation position.

A twin-cylinder system alternates between resin tanks. This can provide softened-water availability while one cylinder regenerates, making the format useful for homes with continuous or higher demand.

Common locations include beneath a kitchen sink, in a utility room, garage or another position close to the incoming mains. The installation needs suitable inlet and outlet pipework, a drain connection, an overflow route and frost protection. Electric models also require power.

Many households use softened water throughout the home, but the appropriate drinking-water arrangement depends on installation design, household circumstances and applicable guidance. Some customers retain an unsoftened kitchen drinking tap or use a separate drinking-water filter. Ask your installer if you are unsure.

Regal Flow does not provide an in-house installation service. We can advise on product requirements and may be able to introduce you to an independent installer, depending on your location.