Ascorbic acid (Vitamin C) reacts directly with chlorine and chloramine molecules, breaking them down into harmless compounds. This reduces oxidative stress on skin and helps preserve natural oils.

A high-purity copper-zinc alloy that uses a redox (reduction-oxidation) reaction to remove chlorine, heavy metals like lead and mercury, and inhibit bacterial growth within the filter.

Microporous carbon derived from coconut shells, known for its exceptionally high surface area. It adsorbs organic compounds, residual chlorine, and volatile chemicals that affect water odour and quality.

Porous aluminium oxide with a high adsorption capacity, designed to target fluoride, arsenic, and other trace contaminants often present in municipal tap water

A crystalline mineral that generates negative ions when in contact with water. This process slightly reduces water cluster size, promoting better hydration potential and leaving water feeling softer against skin and hair.

An advanced form of activated carbon engineered to target per- and polyfluoroalkyl substances (PFAS), often referred to as “forever chemicals.” Its enhanced pore structure and surface chemistry adsorb these persistent compounds more effectively, reducing long-term toxic exposure from shower water.

Ascorbic acid (Vitamin C) reacts directly with chlorine and chloramine molecules, breaking them down into harmless compounds. This reduces oxidative stress on skin and helps preserve natural oils.

A high-purity copper-zinc alloy that uses a redox (reduction-oxidation) reaction to remove chlorine, heavy metals like lead and mercury, and inhibit bacterial growth within the filter.

Microporous carbon derived from coconut shells, known for its exceptionally high surface area. It adsorbs organic compounds, residual chlorine, and volatile chemicals that affect water odour and quality.

Porous aluminium oxide with a high adsorption capacity, designed to target fluoride, arsenic, and other trace contaminants often present in municipal tap water

A crystalline mineral that generates negative ions when in contact with water. This process slightly reduces water cluster size, promoting better hydration potential and leaving water feeling softer against skin and hair.

An advanced form of activated carbon engineered to target per- and polyfluoroalkyl substances (PFAS), often referred to as “forever chemicals.” Its enhanced pore structure and surface chemistry adsorb these persistent compounds more effectively, reducing long-term toxic exposure from shower water.

Ascorbic acid (Vitamin C) reacts directly with chlorine and chloramine molecules, breaking them down into harmless compounds. This reduces oxidative stress on skin and helps preserve natural oils.

A high-purity copper-zinc alloy that uses a redox (reduction-oxidation) reaction to remove chlorine, heavy metals like lead and mercury, and inhibit bacterial growth within the filter.

Microporous carbon derived from coconut shells, known for its exceptionally high surface area. It adsorbs organic compounds, residual chlorine, and volatile chemicals that affect water odour and quality.

Porous aluminium oxide with a high adsorption capacity, designed to target fluoride, arsenic, and other trace contaminants often present in municipal tap water

A crystalline mineral that generates negative ions when in contact with water. This process slightly reduces water cluster size, promoting better hydration potential and leaving water feeling softer against skin and hair.

An advanced form of activated carbon engineered to target per- and polyfluoroalkyl substances (PFAS), often referred to as “forever chemicals.” Its enhanced pore structure and surface chemistry adsorb these persistent compounds more effectively, reducing long-term toxic exposure from shower water.

Ascorbic acid (Vitamin C) reacts directly with chlorine and chloramine molecules, breaking them down into harmless compounds. This reduces oxidative stress on skin and helps preserve natural oils.

A high-purity copper-zinc alloy that uses a redox (reduction-oxidation) reaction to remove chlorine, heavy metals like lead and mercury, and inhibit bacterial growth within the filter.

Microporous carbon derived from coconut shells, known for its exceptionally high surface area. It adsorbs organic compounds, residual chlorine, and volatile chemicals that affect water odour and quality.

Porous aluminium oxide with a high adsorption capacity, designed to target fluoride, arsenic, and other trace contaminants often present in municipal tap water

A crystalline mineral that generates negative ions when in contact with water. This process slightly reduces water cluster size, promoting better hydration potential and leaving water feeling softer against skin and hair.

An advanced form of activated carbon engineered to target per- and polyfluoroalkyl substances (PFAS), often referred to as “forever chemicals.” Its enhanced pore structure and surface chemistry adsorb these persistent compounds more effectively, reducing long-term toxic exposure from shower water.

Ascorbic acid (Vitamin C) reacts directly with chlorine and chloramine molecules, breaking them down into harmless compounds. This reduces oxidative stress on skin and helps preserve natural oils.

A high-purity copper-zinc alloy that uses a redox (reduction-oxidation) reaction to remove chlorine, heavy metals like lead and mercury, and inhibit bacterial growth within the filter.

Microporous carbon derived from coconut shells, known for its exceptionally high surface area. It adsorbs organic compounds, residual chlorine, and volatile chemicals that affect water odour and quality.

Porous aluminium oxide with a high adsorption capacity, designed to target fluoride, arsenic, and other trace contaminants often present in municipal tap water

A crystalline mineral that generates negative ions when in contact with water. This process slightly reduces water cluster size, promoting better hydration potential and leaving water feeling softer against skin and hair.

An advanced form of activated carbon engineered to target per- and polyfluoroalkyl substances (PFAS), often referred to as “forever chemicals.” Its enhanced pore structure and surface chemistry adsorb these persistent compounds more effectively, reducing long-term toxic exposure from shower water.

Ascorbic acid (Vitamin C) reacts directly with chlorine and chloramine molecules, breaking them down into harmless compounds. This reduces oxidative stress on skin and helps preserve natural oils.

A high-purity copper-zinc alloy that uses a redox (reduction-oxidation) reaction to remove chlorine, heavy metals like lead and mercury, and inhibit bacterial growth within the filter.

Microporous carbon derived from coconut shells, known for its exceptionally high surface area. It adsorbs organic compounds, residual chlorine, and volatile chemicals that affect water odour and quality.

Porous aluminium oxide with a high adsorption capacity, designed to target fluoride, arsenic, and other trace contaminants often present in municipal tap water

A crystalline mineral that generates negative ions when in contact with water. This process slightly reduces water cluster size, promoting better hydration potential and leaving water feeling softer against skin and hair.

An advanced form of activated carbon engineered to target per- and polyfluoroalkyl substances (PFAS), often referred to as “forever chemicals.” Its enhanced pore structure and surface chemistry adsorb these persistent compounds more effectively, reducing long-term toxic exposure from shower water.

Ascorbic acid (Vitamin C) reacts directly with chlorine and chloramine molecules, breaking them down into harmless compounds. This reduces oxidative stress on skin and helps preserve natural oils.

A high-purity copper-zinc alloy that uses a redox (reduction-oxidation) reaction to remove chlorine, heavy metals like lead and mercury, and inhibit bacterial growth within the filter.

Microporous carbon derived from coconut shells, known for its exceptionally high surface area. It adsorbs organic compounds, residual chlorine, and volatile chemicals that affect water odour and quality.

Porous aluminium oxide with a high adsorption capacity, designed to target fluoride, arsenic, and other trace contaminants often present in municipal tap water

A crystalline mineral that generates negative ions when in contact with water. This process slightly reduces water cluster size, promoting better hydration potential and leaving water feeling softer against skin and hair.

An advanced form of activated carbon engineered to target per- and polyfluoroalkyl substances (PFAS), often referred to as “forever chemicals.” Its enhanced pore structure and surface chemistry adsorb these persistent compounds more effectively, reducing long-term toxic exposure from shower water.

Ascorbic acid (Vitamin C) reacts directly with chlorine and chloramine molecules, breaking them down into harmless compounds. This reduces oxidative stress on skin and helps preserve natural oils.

A high-purity copper-zinc alloy that uses a redox (reduction-oxidation) reaction to remove chlorine, heavy metals like lead and mercury, and inhibit bacterial growth within the filter.

Microporous carbon derived from coconut shells, known for its exceptionally high surface area. It adsorbs organic compounds, residual chlorine, and volatile chemicals that affect water odour and quality.

Porous aluminium oxide with a high adsorption capacity, designed to target fluoride, arsenic, and other trace contaminants often present in municipal tap water

A crystalline mineral that generates negative ions when in contact with water. This process slightly reduces water cluster size, promoting better hydration potential and leaving water feeling softer against skin and hair.

An advanced form of activated carbon engineered to target per- and polyfluoroalkyl substances (PFAS), often referred to as “forever chemicals.” Its enhanced pore structure and surface chemistry adsorb these persistent compounds more effectively, reducing long-term toxic exposure from shower water.

Ascorbic acid (Vitamin C) reacts directly with chlorine and chloramine molecules, breaking them down into harmless compounds. This reduces oxidative stress on skin and helps preserve natural oils.

A high-purity copper-zinc alloy that uses a redox (reduction-oxidation) reaction to remove chlorine, heavy metals like lead and mercury, and inhibit bacterial growth within the filter.

Microporous carbon derived from coconut shells, known for its exceptionally high surface area. It adsorbs organic compounds, residual chlorine, and volatile chemicals that affect water odour and quality.

Porous aluminium oxide with a high adsorption capacity, designed to target fluoride, arsenic, and other trace contaminants often present in municipal tap water

A crystalline mineral that generates negative ions when in contact with water. This process slightly reduces water cluster size, promoting better hydration potential and leaving water feeling softer against skin and hair.

An advanced form of activated carbon engineered to target per- and polyfluoroalkyl substances (PFAS), often referred to as “forever chemicals.” Its enhanced pore structure and surface chemistry adsorb these persistent compounds more effectively, reducing long-term toxic exposure from shower water.

Ascorbic acid (Vitamin C) reacts directly with chlorine and chloramine molecules, breaking them down into harmless compounds. This reduces oxidative stress on skin and helps preserve natural oils.

A high-purity copper-zinc alloy that uses a redox (reduction-oxidation) reaction to remove chlorine, heavy metals like lead and mercury, and inhibit bacterial growth within the filter.

Microporous carbon derived from coconut shells, known for its exceptionally high surface area. It adsorbs organic compounds, residual chlorine, and volatile chemicals that affect water odour and quality.

Porous aluminium oxide with a high adsorption capacity, designed to target fluoride, arsenic, and other trace contaminants often present in municipal tap water

A crystalline mineral that generates negative ions when in contact with water. This process slightly reduces water cluster size, promoting better hydration potential and leaving water feeling softer against skin and hair.

An advanced form of activated carbon engineered to target per- and polyfluoroalkyl substances (PFAS), often referred to as “forever chemicals.” Its enhanced pore structure and surface chemistry adsorb these persistent compounds more effectively, reducing long-term toxic exposure from shower water.

Ascorbic acid (Vitamin C) reacts directly with chlorine and chloramine molecules, breaking them down into harmless compounds. This reduces oxidative stress on skin and helps preserve natural oils.

A high-purity copper-zinc alloy that uses a redox (reduction-oxidation) reaction to remove chlorine, heavy metals like lead and mercury, and inhibit bacterial growth within the filter.

Microporous carbon derived from coconut shells, known for its exceptionally high surface area. It adsorbs organic compounds, residual chlorine, and volatile chemicals that affect water odour and quality.

Porous aluminium oxide with a high adsorption capacity, designed to target fluoride, arsenic, and other trace contaminants often present in municipal tap water

A crystalline mineral that generates negative ions when in contact with water. This process slightly reduces water cluster size, promoting better hydration potential and leaving water feeling softer against skin and hair.

An advanced form of activated carbon engineered to target per- and polyfluoroalkyl substances (PFAS), often referred to as “forever chemicals.” Its enhanced pore structure and surface chemistry adsorb these persistent compounds more effectively, reducing long-term toxic exposure from shower water.

Ascorbic acid (Vitamin C) reacts directly with chlorine and chloramine molecules, breaking them down into harmless compounds. This reduces oxidative stress on skin and helps preserve natural oils.

A high-purity copper-zinc alloy that uses a redox (reduction-oxidation) reaction to remove chlorine, heavy metals like lead and mercury, and inhibit bacterial growth within the filter.

Microporous carbon derived from coconut shells, known for its exceptionally high surface area. It adsorbs organic compounds, residual chlorine, and volatile chemicals that affect water odour and quality.

Porous aluminium oxide with a high adsorption capacity, designed to target fluoride, arsenic, and other trace contaminants often present in municipal tap water

A crystalline mineral that generates negative ions when in contact with water. This process slightly reduces water cluster size, promoting better hydration potential and leaving water feeling softer against skin and hair.

An advanced form of activated carbon engineered to target per- and polyfluoroalkyl substances (PFAS), often referred to as “forever chemicals.” Its enhanced pore structure and surface chemistry adsorb these persistent compounds more effectively, reducing long-term toxic exposure from shower water.

Ascorbic acid (Vitamin C) reacts directly with chlorine and chloramine molecules, breaking them down into harmless compounds. This reduces oxidative stress on skin and helps preserve natural oils.

A high-purity copper-zinc alloy that uses a redox (reduction-oxidation) reaction to remove chlorine, heavy metals like lead and mercury, and inhibit bacterial growth within the filter.

Microporous carbon derived from coconut shells, known for its exceptionally high surface area. It adsorbs organic compounds, residual chlorine, and volatile chemicals that affect water odour and quality.

Porous aluminium oxide with a high adsorption capacity, designed to target fluoride, arsenic, and other trace contaminants often present in municipal tap water

A crystalline mineral that generates negative ions when in contact with water. This process slightly reduces water cluster size, promoting better hydration potential and leaving water feeling softer against skin and hair.

An advanced form of activated carbon engineered to target per- and polyfluoroalkyl substances (PFAS), often referred to as “forever chemicals.” Its enhanced pore structure and surface chemistry adsorb these persistent compounds more effectively, reducing long-term toxic exposure from shower water.

Ascorbic acid (Vitamin C) reacts directly with chlorine and chloramine molecules, breaking them down into harmless compounds. This reduces oxidative stress on skin and helps preserve natural oils.

A high-purity copper-zinc alloy that uses a redox (reduction-oxidation) reaction to remove chlorine, heavy metals like lead and mercury, and inhibit bacterial growth within the filter.

Microporous carbon derived from coconut shells, known for its exceptionally high surface area. It adsorbs organic compounds, residual chlorine, and volatile chemicals that affect water odour and quality.

Porous aluminium oxide with a high adsorption capacity, designed to target fluoride, arsenic, and other trace contaminants often present in municipal tap water

A crystalline mineral that generates negative ions when in contact with water. This process slightly reduces water cluster size, promoting better hydration potential and leaving water feeling softer against skin and hair.

An advanced form of activated carbon engineered to target per- and polyfluoroalkyl substances (PFAS), often referred to as “forever chemicals.” Its enhanced pore structure and surface chemistry adsorb these persistent compounds more effectively, reducing long-term toxic exposure from shower water.

Ascorbic acid (Vitamin C) reacts directly with chlorine and chloramine molecules, breaking them down into harmless compounds. This reduces oxidative stress on skin and helps preserve natural oils.

A high-purity copper-zinc alloy that uses a redox (reduction-oxidation) reaction to remove chlorine, heavy metals like lead and mercury, and inhibit bacterial growth within the filter.

Microporous carbon derived from coconut shells, known for its exceptionally high surface area. It adsorbs organic compounds, residual chlorine, and volatile chemicals that affect water odour and quality.

Porous aluminium oxide with a high adsorption capacity, designed to target fluoride, arsenic, and other trace contaminants often present in municipal tap water

A crystalline mineral that generates negative ions when in contact with water. This process slightly reduces water cluster size, promoting better hydration potential and leaving water feeling softer against skin and hair.

An advanced form of activated carbon engineered to target per- and polyfluoroalkyl substances (PFAS), often referred to as “forever chemicals.” Its enhanced pore structure and surface chemistry adsorb these persistent compounds more effectively, reducing long-term toxic exposure from shower water.

Ascorbic acid (Vitamin C) reacts directly with chlorine and chloramine molecules, breaking them down into harmless compounds. This reduces oxidative stress on skin and helps preserve natural oils.

A high-purity copper-zinc alloy that uses a redox (reduction-oxidation) reaction to remove chlorine, heavy metals like lead and mercury, and inhibit bacterial growth within the filter.

Microporous carbon derived from coconut shells, known for its exceptionally high surface area. It adsorbs organic compounds, residual chlorine, and volatile chemicals that affect water odour and quality.

Porous aluminium oxide with a high adsorption capacity, designed to target fluoride, arsenic, and other trace contaminants often present in municipal tap water

A crystalline mineral that generates negative ions when in contact with water. This process slightly reduces water cluster size, promoting better hydration potential and leaving water feeling softer against skin and hair.

An advanced form of activated carbon engineered to target per- and polyfluoroalkyl substances (PFAS), often referred to as “forever chemicals.” Its enhanced pore structure and surface chemistry adsorb these persistent compounds more effectively, reducing long-term toxic exposure from shower water.

Ascorbic acid (Vitamin C) reacts directly with chlorine and chloramine molecules, breaking them down into harmless compounds. This reduces oxidative stress on skin and helps preserve natural oils.

A high-purity copper-zinc alloy that uses a redox (reduction-oxidation) reaction to remove chlorine, heavy metals like lead and mercury, and inhibit bacterial growth within the filter.

Microporous carbon derived from coconut shells, known for its exceptionally high surface area. It adsorbs organic compounds, residual chlorine, and volatile chemicals that affect water odour and quality.

Porous aluminium oxide with a high adsorption capacity, designed to target fluoride, arsenic, and other trace contaminants often present in municipal tap water

A crystalline mineral that generates negative ions when in contact with water. This process slightly reduces water cluster size, promoting better hydration potential and leaving water feeling softer against skin and hair.

An advanced form of activated carbon engineered to target per- and polyfluoroalkyl substances (PFAS), often referred to as “forever chemicals.” Its enhanced pore structure and surface chemistry adsorb these persistent compounds more effectively, reducing long-term toxic exposure from shower water.

Ascorbic acid (Vitamin C) reacts directly with chlorine and chloramine molecules, breaking them down into harmless compounds. This reduces oxidative stress on skin and helps preserve natural oils.

A high-purity copper-zinc alloy that uses a redox (reduction-oxidation) reaction to remove chlorine, heavy metals like lead and mercury, and inhibit bacterial growth within the filter.

Microporous carbon derived from coconut shells, known for its exceptionally high surface area. It adsorbs organic compounds, residual chlorine, and volatile chemicals that affect water odour and quality.

Porous aluminium oxide with a high adsorption capacity, designed to target fluoride, arsenic, and other trace contaminants often present in municipal tap water

A crystalline mineral that generates negative ions when in contact with water. This process slightly reduces water cluster size, promoting better hydration potential and leaving water feeling softer against skin and hair.

An advanced form of activated carbon engineered to target per- and polyfluoroalkyl substances (PFAS), often referred to as “forever chemicals.” Its enhanced pore structure and surface chemistry adsorb these persistent compounds more effectively, reducing long-term toxic exposure from shower water.

Ascorbic acid (Vitamin C) reacts directly with chlorine and chloramine molecules, breaking them down into harmless compounds. This reduces oxidative stress on skin and helps preserve natural oils.

A high-purity copper-zinc alloy that uses a redox (reduction-oxidation) reaction to remove chlorine, heavy metals like lead and mercury, and inhibit bacterial growth within the filter.

Microporous carbon derived from coconut shells, known for its exceptionally high surface area. It adsorbs organic compounds, residual chlorine, and volatile chemicals that affect water odour and quality.

Porous aluminium oxide with a high adsorption capacity, designed to target fluoride, arsenic, and other trace contaminants often present in municipal tap water

A crystalline mineral that generates negative ions when in contact with water. This process slightly reduces water cluster size, promoting better hydration potential and leaving water feeling softer against skin and hair.

An advanced form of activated carbon engineered to target per- and polyfluoroalkyl substances (PFAS), often referred to as “forever chemicals.” Its enhanced pore structure and surface chemistry adsorb these persistent compounds more effectively, reducing long-term toxic exposure from shower water.

Ascorbic acid (Vitamin C) reacts directly with chlorine and chloramine molecules, breaking them down into harmless compounds. This reduces oxidative stress on skin and helps preserve natural oils.

A high-purity copper-zinc alloy that uses a redox (reduction-oxidation) reaction to remove chlorine, heavy metals like lead and mercury, and inhibit bacterial growth within the filter.

Microporous carbon derived from coconut shells, known for its exceptionally high surface area. It adsorbs organic compounds, residual chlorine, and volatile chemicals that affect water odour and quality.

Porous aluminium oxide with a high adsorption capacity, designed to target fluoride, arsenic, and other trace contaminants often present in municipal tap water

A crystalline mineral that generates negative ions when in contact with water. This process slightly reduces water cluster size, promoting better hydration potential and leaving water feeling softer against skin and hair.

An advanced form of activated carbon engineered to target per- and polyfluoroalkyl substances (PFAS), often referred to as “forever chemicals.” Its enhanced pore structure and surface chemistry adsorb these persistent compounds more effectively, reducing long-term toxic exposure from shower water.