Hypochlorous acid is one of the most effective known Power Cleaners. It is released when the sodium-based NaDCC is released in water. This weak acid, with the chemical name HOCl, is the same solution produced by the human immune system to kill invasive organisms and fight infection. This makes it the most potent, yet gentle, cleaning agent available.

Hypochlorous was discovered in the 19th century by a British scientist. It was actually manufactured for the first time in the 1960’s. The only organizations that could take advantage of this incredible product were large scale industrial and agricultural operations such as dairy and poultry units, where they produced large scale batches of Hypochlorous onsite for immediate use. Our team and the scientists have worked out how to produce smaller batches with the active ingredient so we can now make it available to everyone.

YES, The ingredients are water, salt and Hypochlorous acid only. None of which have been derived from animals.

YES,Is it cleaning agent for elderly people?Yes. It is widely used with significant benefits in the aged care sector.

Nothing. It's cleaning agent and only will help keep things clean.

As needed. For surface disinfection once a day is effective. For heavily used surfaces, eg after food preparation, spray and wipe after cleaning up.

Checkout the Application Specific page.

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Use the provided Active Chlorine Test Strips to hit your desired Part Per Million (PPM) based on the color mapping. It's the same PPM recommended usage/concentration as you would use with bleach. So, if you need 200 PPM for bleach you'll need 200 PPM with PowerWash Powder or 200 PPM with our ready-to-use PowerWash Liquid. We also have a HOCL powder dilution chart to help with different uses.

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Bleach Ions have a negative charge and so do cell walls so they repel each other. HOCL on the other hand has neutral ions and therefor is not repelled allowing HOCL to make it into the cell walls at a much greater number.

This is what Google shows:According to the World Health Organization (WHO), hypochlorous acid (HOCl) is the best water purifier for catchment tanks. HOCl is non-toxic to humans and pets, gentle on surfaces, and breaks down into water and salt after its effective life, causing no harm to the environment

We do not recommend long term use if the product would go into the septic tank, i.e. our dishwasher or laundry detergent

Tea tree and eucalyptus oils are popular natural ingredients in cleaning products, including toilet cleaners, due to their powerful properties:

1. Antibacterial and Antimicrobial: Both oils are well-known for their strong antibacterial and antimicrobial effects. This makes them effective at killing bacteria and germs that commonly reside in toilets, helping to maintain a hygienic bathroom environment.
2. Antifungal: Tea tree oil, in particular, has strong antifungal properties, making it effective against mold and mildew. This can be especially useful in damp bathroom areas where these fungi tend to grow.
3. Deodorizing: Eucalyptus oil has a strong, fresh, and clean scent that helps neutralize unpleasant odors. Similarly, tea tree oil’s distinctive scent also aids in leaving the bathroom smelling fresher.
4. Natural Cleaning Strength: When used in toilet cleaners, these oils can help dissolve grime and lime scale without the need for harsh chemicals. This makes them ideal for those seeking eco-friendly cleaning solutions.
5. Deterring Pests: Both oils have properties that can repel insects, which can be an additional benefit in maintaining a clean and pest-free toilet area.

By integrating tea tree and eucalyptus oils into toilet cleaning products, manufacturers offer a natural, effective solution for cleaning and sanitizing, which is also environmentally friendly and pleasant smelling.

Yes, ozone can definitely affect NaDCC when you're using both for water treatment. It's kind of like having two strong personalities in the same room—they're bound to interact. So, NaDCC releases hypochlorous acid (HOCl), which does the disinfecting. But ozone, being super reactive, might speed up how fast NaDCC breaks down and releases that HOCl. So you get a powerful punch of disinfection, but it could burn through the NaDCC quicker than you’d want.

A good analogy would be like cooking with a super-hot stove. Sure, it cooks faster, but if you're not careful, it can overdo it before you're ready. Same with ozone and NaDCC—it might use up the NaDCC faster, leaving less residual disinfectant in the water for later.

Now, ozone and chlorine (which NaDCC releases) also don’t always play nice. They can react and form byproducts, which may mess with the long-lasting disinfection you're hoping for. It's kind of like making a salad, and you throw in two ingredients that don’t mix well—they could end up changing the whole flavor of the dish.

What some people do is use ozone first, sort of like a pre-clean to zap the bigger stuff, and then add NaDCC afterward to keep things clean for the long haul. That way, the two aren’t clashing as much.

So, if you're using both, just be mindful of how they interact. They’re both powerful tools, but they work best when you use them strategically—kind of like how you wouldn’t use a hammer for a screw, right?