The Science
The case for
near-zero.
No mystery, no marketing. Here is the evidence behind a deliberate choice — to take the water to near-zero TDS, and to prove it on every batch.
The mineral-water paradox
Why we leave minerals to your plate.
The promise
The appeal of mineral water is intuitive: that the minerals dissolved into it are a benefit — that what the water carries does your body good.
The problem
That mineral content is uncontrolled and variable. It shifts with the ground the water moved through, with season, with batch. You cannot manage a dose you cannot measure or repeat.
The point
Nutrition is the job of your plate — where intake is known, balanced and deliberate. Water’s job is to be clean, consistent and clear. So we take ours to near-zero, on purpose.
Near-zero TDS (< 5 mg/L) is the feature, not the flaw.
The evidence, visible — nothing suspended, nothing dissolved, nothing to hide.
The water, as a spec sheet
The proof is the number.
We do not keep score against other countries. We measure the water — and publish it. For a brand built on purity, the total-dissolved-solids figure is the whole argument: there is almost nothing in here but water.
With almost nothing dissolved in it, the water carries no taste and no colour of its own — so it changes nothing it touches. The coffee tastes of the coffee; the dish, of the dish. And because hardness is simply dissolved mineral salt, near-zero TDS means effectively zero hardness — no limescale in a kettle, no spots on a glass.
Purified and tested beyond what drinking-water regulations require, held to internationally recognised food-safety standards, and quality assured on every batch.
Near-zero, by design. What is left is water, and almost nothing else.
- Total dissolved solids
- < 5 mg/L — near-zero
- Hardness
- Effectively zero — soft, by design
- Filtration
- Reverse osmosis · 0.0001 micron
- Treatment
- Aeration · UV sterilisation · post-RO ozone guard
- Monitoring
- Japanese-engineered · real-time, every batch
- Nutrition (per 100 mL)
- 0 energy · 0 sugars · 0 sodium
- Standard
- Malaysian Food Regulations 1985
- Certifications
- HACCP · Halal MS 1500 · GMP
- Formats
- 300mL · 500mL · 1500mL
What the eye cannot see
The future of water is what is not in it.
The contaminants that now worry the world are the ones you will never taste, smell or see — among them PFAS, the “forever chemicals” that ordinary filtration struggles to catch. The threat has moved to a scale below perception.
Reverse osmosis answers at that scale. At 0.0001 micron, the membrane is so fine that essentially only the water molecule passes — so what should not be there is left behind by physics, not by hope.
We did not build the process for today’s headlines. We built it for the ones not yet written.
Near-zero, by design
Aeration · RO · UV + ozone · monitoring · facility
Every parameter, every batch
References & standards
The shoulders we stand on.
We make no claim we cannot stand behind. The references below frame the standards we hold ourselves to and the science we read. They are listed as a starting point for the curious, not as proof of any specific health outcome.
WHO Guidelines for Drinking-water Quality (4th ed.)
World Health Organization — reference framework for chemical and microbiological safety.
Malaysian Food Regulations 1985
The packaged-drinking-water standard MOMA is held against, including limits for key heavy metals.
Codex Alimentarius — General Standard for Bottled / Packaged Waters
International reference standard for packaged waters.
Compiled from a review of published literature. Frameworks and standards as current at the time of writing. For certificates of analysis and batch documentation, trade partners may speak with our team.
The evidence is in every bottle.
Near-zero TDS, proven on every batch. Taste what nothing tastes like.