Ngilla Flow Shower Filter

A highly reactive antioxidant that neutralises chlorine and chloramine through a redox reaction, preventing oxidative stress on the skin and hair. This helps preserve natural moisture, calm sensitivity, and restore skin’s lipid barrier integrity.

A naturally occurring crystalline mineral that emits negative ions when in contact with water. These ions help reduce water cluster size, improving hydration absorption and leaving skin smoother and hair more manageable.

A copper–zinc alloy that uses redox (oxidation–reduction) reactions to convert free chlorine into harmless chloride ions. It also binds heavy metals such as lead and mercury while inhibiting microbial growth within the filter housing.

A porous form of Aluminium oxide engineered to target fluoride ions and dissolved solids. Its surface area and charge distribution allow efficient adsorption of fluoride, reducing long-term skin exposure and water harshness.

An advanced form of activated carbon chemically modified for increased affinity to per- and polyfluoroalkyl substances (PFAS). It captures these persistent compounds through enhanced adsorption kinetics, helping to lower toxic exposure from shower water.

Microporous carbon derived from coconut shells with a high surface area (~1000 m²/g). It adsorbs organic compounds, residual chlorine, and volatile chemicals that cause odour and irritation — delivering purer, fresher shower water.

A highly reactive antioxidant that neutralises chlorine and chloramine through a redox reaction, preventing oxidative stress on the skin and hair. This helps preserve natural moisture, calm sensitivity, and restore skin’s lipid barrier integrity.

A naturally occurring crystalline mineral that emits negative ions when in contact with water. These ions help reduce water cluster size, improving hydration absorption and leaving skin smoother and hair more manageable.

A copper–zinc alloy that uses redox (oxidation–reduction) reactions to convert free chlorine into harmless chloride ions. It also binds heavy metals such as lead and mercury while inhibiting microbial growth within the filter housing.

A porous form of Aluminium oxide engineered to target fluoride ions and dissolved solids. Its surface area and charge distribution allow efficient adsorption of fluoride, reducing long-term skin exposure and water harshness.

An advanced form of activated carbon chemically modified for increased affinity to per- and polyfluoroalkyl substances (PFAS). It captures these persistent compounds through enhanced adsorption kinetics, helping to lower toxic exposure from shower water.

Microporous carbon derived from coconut shells with a high surface area (~1000 m²/g). It adsorbs organic compounds, residual chlorine, and volatile chemicals that cause odour and irritation — delivering purer, fresher shower water.

A highly reactive antioxidant that neutralises chlorine and chloramine through a redox reaction, preventing oxidative stress on the skin and hair. This helps preserve natural moisture, calm sensitivity, and restore skin’s lipid barrier integrity.

A naturally occurring crystalline mineral that emits negative ions when in contact with water. These ions help reduce water cluster size, improving hydration absorption and leaving skin smoother and hair more manageable.

A copper–zinc alloy that uses redox (oxidation–reduction) reactions to convert free chlorine into harmless chloride ions. It also binds heavy metals such as lead and mercury while inhibiting microbial growth within the filter housing.

A porous form of Aluminium oxide engineered to target fluoride ions and dissolved solids. Its surface area and charge distribution allow efficient adsorption of fluoride, reducing long-term skin exposure and water harshness.

An advanced form of activated carbon chemically modified for increased affinity to per- and polyfluoroalkyl substances (PFAS). It captures these persistent compounds through enhanced adsorption kinetics, helping to lower toxic exposure from shower water.

Microporous carbon derived from coconut shells with a high surface area (~1000 m²/g). It adsorbs organic compounds, residual chlorine, and volatile chemicals that cause odour and irritation — delivering purer, fresher shower water.

A highly reactive antioxidant that neutralises chlorine and chloramine through a redox reaction, preventing oxidative stress on the skin and hair. This helps preserve natural moisture, calm sensitivity, and restore skin’s lipid barrier integrity.

A naturally occurring crystalline mineral that emits negative ions when in contact with water. These ions help reduce water cluster size, improving hydration absorption and leaving skin smoother and hair more manageable.

A copper–zinc alloy that uses redox (oxidation–reduction) reactions to convert free chlorine into harmless chloride ions. It also binds heavy metals such as lead and mercury while inhibiting microbial growth within the filter housing.

A porous form of Aluminium oxide engineered to target fluoride ions and dissolved solids. Its surface area and charge distribution allow efficient adsorption of fluoride, reducing long-term skin exposure and water harshness.

An advanced form of activated carbon chemically modified for increased affinity to per- and polyfluoroalkyl substances (PFAS). It captures these persistent compounds through enhanced adsorption kinetics, helping to lower toxic exposure from shower water.

Microporous carbon derived from coconut shells with a high surface area (~1000 m²/g). It adsorbs organic compounds, residual chlorine, and volatile chemicals that cause odour and irritation — delivering purer, fresher shower water.

A highly reactive antioxidant that neutralises chlorine and chloramine through a redox reaction, preventing oxidative stress on the skin and hair. This helps preserve natural moisture, calm sensitivity, and restore skin’s lipid barrier integrity.

A naturally occurring crystalline mineral that emits negative ions when in contact with water. These ions help reduce water cluster size, improving hydration absorption and leaving skin smoother and hair more manageable.

A copper–zinc alloy that uses redox (oxidation–reduction) reactions to convert free chlorine into harmless chloride ions. It also binds heavy metals such as lead and mercury while inhibiting microbial growth within the filter housing.

A porous form of Aluminium oxide engineered to target fluoride ions and dissolved solids. Its surface area and charge distribution allow efficient adsorption of fluoride, reducing long-term skin exposure and water harshness.

An advanced form of activated carbon chemically modified for increased affinity to per- and polyfluoroalkyl substances (PFAS). It captures these persistent compounds through enhanced adsorption kinetics, helping to lower toxic exposure from shower water.

Microporous carbon derived from coconut shells with a high surface area (~1000 m²/g). It adsorbs organic compounds, residual chlorine, and volatile chemicals that cause odour and irritation — delivering purer, fresher shower water.

A highly reactive antioxidant that neutralises chlorine and chloramine through a redox reaction, preventing oxidative stress on the skin and hair. This helps preserve natural moisture, calm sensitivity, and restore skin’s lipid barrier integrity.

A naturally occurring crystalline mineral that emits negative ions when in contact with water. These ions help reduce water cluster size, improving hydration absorption and leaving skin smoother and hair more manageable.

A copper–zinc alloy that uses redox (oxidation–reduction) reactions to convert free chlorine into harmless chloride ions. It also binds heavy metals such as lead and mercury while inhibiting microbial growth within the filter housing.

A porous form of Aluminium oxide engineered to target fluoride ions and dissolved solids. Its surface area and charge distribution allow efficient adsorption of fluoride, reducing long-term skin exposure and water harshness.

An advanced form of activated carbon chemically modified for increased affinity to per- and polyfluoroalkyl substances (PFAS). It captures these persistent compounds through enhanced adsorption kinetics, helping to lower toxic exposure from shower water.

Microporous carbon derived from coconut shells with a high surface area (~1000 m²/g). It adsorbs organic compounds, residual chlorine, and volatile chemicals that cause odour and irritation — delivering purer, fresher shower water.

A highly reactive antioxidant that neutralises chlorine and chloramine through a redox reaction, preventing oxidative stress on the skin and hair. This helps preserve natural moisture, calm sensitivity, and restore skin’s lipid barrier integrity.

A naturally occurring crystalline mineral that emits negative ions when in contact with water. These ions help reduce water cluster size, improving hydration absorption and leaving skin smoother and hair more manageable.

A copper–zinc alloy that uses redox (oxidation–reduction) reactions to convert free chlorine into harmless chloride ions. It also binds heavy metals such as lead and mercury while inhibiting microbial growth within the filter housing.

A porous form of Aluminium oxide engineered to target fluoride ions and dissolved solids. Its surface area and charge distribution allow efficient adsorption of fluoride, reducing long-term skin exposure and water harshness.

An advanced form of activated carbon chemically modified for increased affinity to per- and polyfluoroalkyl substances (PFAS). It captures these persistent compounds through enhanced adsorption kinetics, helping to lower toxic exposure from shower water.

Microporous carbon derived from coconut shells with a high surface area (~1000 m²/g). It adsorbs organic compounds, residual chlorine, and volatile chemicals that cause odour and irritation — delivering purer, fresher shower water.

A highly reactive antioxidant that neutralises chlorine and chloramine through a redox reaction, preventing oxidative stress on the skin and hair. This helps preserve natural moisture, calm sensitivity, and restore skin’s lipid barrier integrity.

A naturally occurring crystalline mineral that emits negative ions when in contact with water. These ions help reduce water cluster size, improving hydration absorption and leaving skin smoother and hair more manageable.

A copper–zinc alloy that uses redox (oxidation–reduction) reactions to convert free chlorine into harmless chloride ions. It also binds heavy metals such as lead and mercury while inhibiting microbial growth within the filter housing.

A porous form of Aluminium oxide engineered to target fluoride ions and dissolved solids. Its surface area and charge distribution allow efficient adsorption of fluoride, reducing long-term skin exposure and water harshness.

An advanced form of activated carbon chemically modified for increased affinity to per- and polyfluoroalkyl substances (PFAS). It captures these persistent compounds through enhanced adsorption kinetics, helping to lower toxic exposure from shower water.

Microporous carbon derived from coconut shells with a high surface area (~1000 m²/g). It adsorbs organic compounds, residual chlorine, and volatile chemicals that cause odour and irritation — delivering purer, fresher shower water.

A highly reactive antioxidant that neutralises chlorine and chloramine through a redox reaction, preventing oxidative stress on the skin and hair. This helps preserve natural moisture, calm sensitivity, and restore skin’s lipid barrier integrity.

A naturally occurring crystalline mineral that emits negative ions when in contact with water. These ions help reduce water cluster size, improving hydration absorption and leaving skin smoother and hair more manageable.

A copper–zinc alloy that uses redox (oxidation–reduction) reactions to convert free chlorine into harmless chloride ions. It also binds heavy metals such as lead and mercury while inhibiting microbial growth within the filter housing.

A porous form of Aluminium oxide engineered to target fluoride ions and dissolved solids. Its surface area and charge distribution allow efficient adsorption of fluoride, reducing long-term skin exposure and water harshness.

An advanced form of activated carbon chemically modified for increased affinity to per- and polyfluoroalkyl substances (PFAS). It captures these persistent compounds through enhanced adsorption kinetics, helping to lower toxic exposure from shower water.

Microporous carbon derived from coconut shells with a high surface area (~1000 m²/g). It adsorbs organic compounds, residual chlorine, and volatile chemicals that cause odour and irritation — delivering purer, fresher shower water.

A highly reactive antioxidant that neutralises chlorine and chloramine through a redox reaction, preventing oxidative stress on the skin and hair. This helps preserve natural moisture, calm sensitivity, and restore skin’s lipid barrier integrity.

A naturally occurring crystalline mineral that emits negative ions when in contact with water. These ions help reduce water cluster size, improving hydration absorption and leaving skin smoother and hair more manageable.

A copper–zinc alloy that uses redox (oxidation–reduction) reactions to convert free chlorine into harmless chloride ions. It also binds heavy metals such as lead and mercury while inhibiting microbial growth within the filter housing.

A porous form of Aluminium oxide engineered to target fluoride ions and dissolved solids. Its surface area and charge distribution allow efficient adsorption of fluoride, reducing long-term skin exposure and water harshness.

An advanced form of activated carbon chemically modified for increased affinity to per- and polyfluoroalkyl substances (PFAS). It captures these persistent compounds through enhanced adsorption kinetics, helping to lower toxic exposure from shower water.

Microporous carbon derived from coconut shells with a high surface area (~1000 m²/g). It adsorbs organic compounds, residual chlorine, and volatile chemicals that cause odour and irritation — delivering purer, fresher shower water.

A highly reactive antioxidant that neutralises chlorine and chloramine through a redox reaction, preventing oxidative stress on the skin and hair. This helps preserve natural moisture, calm sensitivity, and restore skin’s lipid barrier integrity.

A naturally occurring crystalline mineral that emits negative ions when in contact with water. These ions help reduce water cluster size, improving hydration absorption and leaving skin smoother and hair more manageable.

A copper–zinc alloy that uses redox (oxidation–reduction) reactions to convert free chlorine into harmless chloride ions. It also binds heavy metals such as lead and mercury while inhibiting microbial growth within the filter housing.

A porous form of Aluminium oxide engineered to target fluoride ions and dissolved solids. Its surface area and charge distribution allow efficient adsorption of fluoride, reducing long-term skin exposure and water harshness.

An advanced form of activated carbon chemically modified for increased affinity to per- and polyfluoroalkyl substances (PFAS). It captures these persistent compounds through enhanced adsorption kinetics, helping to lower toxic exposure from shower water.

Microporous carbon derived from coconut shells with a high surface area (~1000 m²/g). It adsorbs organic compounds, residual chlorine, and volatile chemicals that cause odour and irritation — delivering purer, fresher shower water.

A highly reactive antioxidant that neutralises chlorine and chloramine through a redox reaction, preventing oxidative stress on the skin and hair. This helps preserve natural moisture, calm sensitivity, and restore skin’s lipid barrier integrity.

A naturally occurring crystalline mineral that emits negative ions when in contact with water. These ions help reduce water cluster size, improving hydration absorption and leaving skin smoother and hair more manageable.

A copper–zinc alloy that uses redox (oxidation–reduction) reactions to convert free chlorine into harmless chloride ions. It also binds heavy metals such as lead and mercury while inhibiting microbial growth within the filter housing.

A porous form of Aluminium oxide engineered to target fluoride ions and dissolved solids. Its surface area and charge distribution allow efficient adsorption of fluoride, reducing long-term skin exposure and water harshness.

An advanced form of activated carbon chemically modified for increased affinity to per- and polyfluoroalkyl substances (PFAS). It captures these persistent compounds through enhanced adsorption kinetics, helping to lower toxic exposure from shower water.

Microporous carbon derived from coconut shells with a high surface area (~1000 m²/g). It adsorbs organic compounds, residual chlorine, and volatile chemicals that cause odour and irritation — delivering purer, fresher shower water.

A highly reactive antioxidant that neutralises chlorine and chloramine through a redox reaction, preventing oxidative stress on the skin and hair. This helps preserve natural moisture, calm sensitivity, and restore skin’s lipid barrier integrity.

A naturally occurring crystalline mineral that emits negative ions when in contact with water. These ions help reduce water cluster size, improving hydration absorption and leaving skin smoother and hair more manageable.

A copper–zinc alloy that uses redox (oxidation–reduction) reactions to convert free chlorine into harmless chloride ions. It also binds heavy metals such as lead and mercury while inhibiting microbial growth within the filter housing.

A porous form of Aluminium oxide engineered to target fluoride ions and dissolved solids. Its surface area and charge distribution allow efficient adsorption of fluoride, reducing long-term skin exposure and water harshness.

An advanced form of activated carbon chemically modified for increased affinity to per- and polyfluoroalkyl substances (PFAS). It captures these persistent compounds through enhanced adsorption kinetics, helping to lower toxic exposure from shower water.

Microporous carbon derived from coconut shells with a high surface area (~1000 m²/g). It adsorbs organic compounds, residual chlorine, and volatile chemicals that cause odour and irritation — delivering purer, fresher shower water.

A highly reactive antioxidant that neutralises chlorine and chloramine through a redox reaction, preventing oxidative stress on the skin and hair. This helps preserve natural moisture, calm sensitivity, and restore skin’s lipid barrier integrity.

A naturally occurring crystalline mineral that emits negative ions when in contact with water. These ions help reduce water cluster size, improving hydration absorption and leaving skin smoother and hair more manageable.

A copper–zinc alloy that uses redox (oxidation–reduction) reactions to convert free chlorine into harmless chloride ions. It also binds heavy metals such as lead and mercury while inhibiting microbial growth within the filter housing.

A porous form of Aluminium oxide engineered to target fluoride ions and dissolved solids. Its surface area and charge distribution allow efficient adsorption of fluoride, reducing long-term skin exposure and water harshness.

An advanced form of activated carbon chemically modified for increased affinity to per- and polyfluoroalkyl substances (PFAS). It captures these persistent compounds through enhanced adsorption kinetics, helping to lower toxic exposure from shower water.

Microporous carbon derived from coconut shells with a high surface area (~1000 m²/g). It adsorbs organic compounds, residual chlorine, and volatile chemicals that cause odour and irritation — delivering purer, fresher shower water.

A highly reactive antioxidant that neutralises chlorine and chloramine through a redox reaction, preventing oxidative stress on the skin and hair. This helps preserve natural moisture, calm sensitivity, and restore skin’s lipid barrier integrity.

A naturally occurring crystalline mineral that emits negative ions when in contact with water. These ions help reduce water cluster size, improving hydration absorption and leaving skin smoother and hair more manageable.

A copper–zinc alloy that uses redox (oxidation–reduction) reactions to convert free chlorine into harmless chloride ions. It also binds heavy metals such as lead and mercury while inhibiting microbial growth within the filter housing.

A porous form of Aluminium oxide engineered to target fluoride ions and dissolved solids. Its surface area and charge distribution allow efficient adsorption of fluoride, reducing long-term skin exposure and water harshness.

An advanced form of activated carbon chemically modified for increased affinity to per- and polyfluoroalkyl substances (PFAS). It captures these persistent compounds through enhanced adsorption kinetics, helping to lower toxic exposure from shower water.

Microporous carbon derived from coconut shells with a high surface area (~1000 m²/g). It adsorbs organic compounds, residual chlorine, and volatile chemicals that cause odour and irritation — delivering purer, fresher shower water.

A highly reactive antioxidant that neutralises chlorine and chloramine through a redox reaction, preventing oxidative stress on the skin and hair. This helps preserve natural moisture, calm sensitivity, and restore skin’s lipid barrier integrity.

A naturally occurring crystalline mineral that emits negative ions when in contact with water. These ions help reduce water cluster size, improving hydration absorption and leaving skin smoother and hair more manageable.

A copper–zinc alloy that uses redox (oxidation–reduction) reactions to convert free chlorine into harmless chloride ions. It also binds heavy metals such as lead and mercury while inhibiting microbial growth within the filter housing.

A porous form of Aluminium oxide engineered to target fluoride ions and dissolved solids. Its surface area and charge distribution allow efficient adsorption of fluoride, reducing long-term skin exposure and water harshness.

An advanced form of activated carbon chemically modified for increased affinity to per- and polyfluoroalkyl substances (PFAS). It captures these persistent compounds through enhanced adsorption kinetics, helping to lower toxic exposure from shower water.

Microporous carbon derived from coconut shells with a high surface area (~1000 m²/g). It adsorbs organic compounds, residual chlorine, and volatile chemicals that cause odour and irritation — delivering purer, fresher shower water.

A highly reactive antioxidant that neutralises chlorine and chloramine through a redox reaction, preventing oxidative stress on the skin and hair. This helps preserve natural moisture, calm sensitivity, and restore skin’s lipid barrier integrity.

A naturally occurring crystalline mineral that emits negative ions when in contact with water. These ions help reduce water cluster size, improving hydration absorption and leaving skin smoother and hair more manageable.

A copper–zinc alloy that uses redox (oxidation–reduction) reactions to convert free chlorine into harmless chloride ions. It also binds heavy metals such as lead and mercury while inhibiting microbial growth within the filter housing.

A porous form of Aluminium oxide engineered to target fluoride ions and dissolved solids. Its surface area and charge distribution allow efficient adsorption of fluoride, reducing long-term skin exposure and water harshness.

An advanced form of activated carbon chemically modified for increased affinity to per- and polyfluoroalkyl substances (PFAS). It captures these persistent compounds through enhanced adsorption kinetics, helping to lower toxic exposure from shower water.

Microporous carbon derived from coconut shells with a high surface area (~1000 m²/g). It adsorbs organic compounds, residual chlorine, and volatile chemicals that cause odour and irritation — delivering purer, fresher shower water.

A highly reactive antioxidant that neutralises chlorine and chloramine through a redox reaction, preventing oxidative stress on the skin and hair. This helps preserve natural moisture, calm sensitivity, and restore skin’s lipid barrier integrity.

A naturally occurring crystalline mineral that emits negative ions when in contact with water. These ions help reduce water cluster size, improving hydration absorption and leaving skin smoother and hair more manageable.

A copper–zinc alloy that uses redox (oxidation–reduction) reactions to convert free chlorine into harmless chloride ions. It also binds heavy metals such as lead and mercury while inhibiting microbial growth within the filter housing.

A porous form of Aluminium oxide engineered to target fluoride ions and dissolved solids. Its surface area and charge distribution allow efficient adsorption of fluoride, reducing long-term skin exposure and water harshness.

An advanced form of activated carbon chemically modified for increased affinity to per- and polyfluoroalkyl substances (PFAS). It captures these persistent compounds through enhanced adsorption kinetics, helping to lower toxic exposure from shower water.

Microporous carbon derived from coconut shells with a high surface area (~1000 m²/g). It adsorbs organic compounds, residual chlorine, and volatile chemicals that cause odour and irritation — delivering purer, fresher shower water.

A highly reactive antioxidant that neutralises chlorine and chloramine through a redox reaction, preventing oxidative stress on the skin and hair. This helps preserve natural moisture, calm sensitivity, and restore skin’s lipid barrier integrity.

A naturally occurring crystalline mineral that emits negative ions when in contact with water. These ions help reduce water cluster size, improving hydration absorption and leaving skin smoother and hair more manageable.

A copper–zinc alloy that uses redox (oxidation–reduction) reactions to convert free chlorine into harmless chloride ions. It also binds heavy metals such as lead and mercury while inhibiting microbial growth within the filter housing.

A porous form of Aluminium oxide engineered to target fluoride ions and dissolved solids. Its surface area and charge distribution allow efficient adsorption of fluoride, reducing long-term skin exposure and water harshness.

An advanced form of activated carbon chemically modified for increased affinity to per- and polyfluoroalkyl substances (PFAS). It captures these persistent compounds through enhanced adsorption kinetics, helping to lower toxic exposure from shower water.

Microporous carbon derived from coconut shells with a high surface area (~1000 m²/g). It adsorbs organic compounds, residual chlorine, and volatile chemicals that cause odour and irritation — delivering purer, fresher shower water.

A highly reactive antioxidant that neutralises chlorine and chloramine through a redox reaction, preventing oxidative stress on the skin and hair. This helps preserve natural moisture, calm sensitivity, and restore skin’s lipid barrier integrity.

A naturally occurring crystalline mineral that emits negative ions when in contact with water. These ions help reduce water cluster size, improving hydration absorption and leaving skin smoother and hair more manageable.

A copper–zinc alloy that uses redox (oxidation–reduction) reactions to convert free chlorine into harmless chloride ions. It also binds heavy metals such as lead and mercury while inhibiting microbial growth within the filter housing.

A porous form of Aluminium oxide engineered to target fluoride ions and dissolved solids. Its surface area and charge distribution allow efficient adsorption of fluoride, reducing long-term skin exposure and water harshness.

An advanced form of activated carbon chemically modified for increased affinity to per- and polyfluoroalkyl substances (PFAS). It captures these persistent compounds through enhanced adsorption kinetics, helping to lower toxic exposure from shower water.

Microporous carbon derived from coconut shells with a high surface area (~1000 m²/g). It adsorbs organic compounds, residual chlorine, and volatile chemicals that cause odour and irritation — delivering purer, fresher shower water.