Hard Water & Soft Water
Understanding your water — and the difference softer water can make.
Natural Composition
Hard water is defined by its high mineral content, primarily calcium and magnesium. These minerals are naturally present in the UK's groundwater as it percolates through limestone and chalk formations.
Scale Formation
When water is heated or evaporates, these dissolved minerals precipitate out of solution. This process leads to the formation of limescale deposits that can accumulate on taps, shower screens, and kitchen surfaces.
System Impact
Scale build-up reduces the efficiency of household appliances like kettles and dishwashers. It can also interfere with the cleaning action of soaps and detergents, requiring more product for effective results.
The Impact of Hard Water
Understanding the mineral deposits and their effects on your home and health.
Taps & Fixtures
Calcium and magnesium deposits lead to limescale buildup, reducing flow and causing clogs.
Appliance Damage
Scale accumulation in kettles, boilers, and dishwashers reduces efficiency and increases repair costs.
Shower & Skin
Hard water leaves a film on the skin, leading to dryness and irritation, and can cause hair to feel rough.
Washing Machines
Hard water reduces the effectiveness of detergents, leaving clothes feeling stiff and dull.
Plumbing Systems
Mineral deposits can restrict water flow and damage internal plumbing components over time.
Discover the Benefits
Experience the transformative power of Kinetico technology and enjoy a cleaner, healthier lifestyle.
LESS LIMESCALE
EASIER CLEANING
SOFTER-FEELING SKIN
SOFTER-FEELING HAIR
PROTECTION FOR APPLIANCES
LESS SOAP & DETERGENT
Potential Savings on Household Costs
By reducing scale build-up, softened water can lower the consumption of cleaning products, detergents, and soap. This can lead to significant reductions in household maintenance costs and appliance servicing requirements.
Actual savings vary depending on household size, water hardness, appliance usage and individual circumstances.