We don’t produce hypochlorous acid wipes because hypochlorous acid (HOCl) works best in a stabilized liquid spray format, not soaked into fabric for long-term storage**.** While wipes may seem convenient, they can create formulation and stability challenges that may reduce the effectiveness of HOCl over time.
For us, this decision comes down to one thing: protecting the integrity of the ingredient.
Hypochlorous acid is an incredibly interesting skincare ingredient but it’s also highly reactive and chemically unstable. The way it’s stored, packaged, and delivered matters a lot more than most people realize.
What Is Hypochlorous Acid?
Hypochlorous acid is a naturally occurring molecule produced by white blood cells as part of the body’s immune defense system.
It’s known for helping reduce bacteria and supporting a cleaner skin environment while remaining:
- Gentle on skin
- Non-drying
- Non-stinging
- Suitable for sensitive skin
Because of this balance, hypochlorous acid spray has become increasingly popular in:
- Skincare
- Dermatology
- Wound care
- Sensitive skin routines
But HOCl also comes with one major challenge: it’s unstable.
Why HOCl Stability Matters
Hypochlorous acid is highly reactive by nature.
That’s part of what makes it effective but it’s also what makes formulation difficult.
HOCl can degrade when exposed to:
- Light
- Heat
- Air
- Metals
- Improper pH conditions
- Organic materials
Research has shown that hypochlorous acid stability depends heavily on:
- Storage conditions
- Packaging
- pH control
- Concentration
That’s why professionally formulated hypochlorous acid sprays are usually:
- Water-based
- Minimalist in formulation
- Packaged carefully to maintain potency
And it’s also why we’re cautious about wipes.
The Problem With Hypochlorous Acid Wipes
At first glance, wipes sound like a natural extension of hypochlorous acid spray.
Convenient? Absolutely.
But scientifically, wipes create several challenges.
#1. Fabric Can Interact With HOCl
Hypochlorous acid is reactive and wipes are made of material that HOCl may interact with over time.
That means:
- The wipe material itself may gradually consume or destabilize the HOCl
- Potency can potentially decrease during storage
- The active ingredient may not remain as effective by the time it’s used
Unlike a stabilized liquid system, wipes introduce an additional variable: the substrate itself.
This becomes especially important for products expected to sit:
- In warehouses
- In hot shipping conditions
- On shelves for months
#2. Wipes Are More Exposed to Air
Every time a wipe package opens:
- Oxygen enters
- Moisture can evaporate
- Stability may be affected
Because hypochlorous acid is sensitive to environmental exposure, repeated opening and closing can potentially reduce long-term consistency.
Sprays generally offer:
- Better sealed systems
- More controlled delivery
- Less direct exposure to contamination
#3. Preservative & Compatibility Challenges
Wipes often require:
- Additional preservatives
- Wetting agents
- Stabilizers
- Fabric compatibility systems
But HOCl performs best in simpler systems.
The more ingredients added, the greater the possibility of:
- Ingredient interaction
- Reduced potency
- Reduced stability
For us, keeping the formula minimal and stable matters more than adding convenience formats.
#4. We Prioritize Consistency Over Trends
There’s a growing trend of turning every skincare product into:
- Wipes
- Pads
- Towelettes
But not every ingredient performs best in those formats.
Our philosophy is simple: We’d rather make one format exceptionally well than compromise effectiveness for convenience.
Hypochlorous acid spray allows:
- Better potency control
- Better stability management
- Better shelf-life consistency
- Simpler formulations
That matters more to us than chasing trends.
Why Sprays Make More Sense for HOCl
The choice of a spray as opposed to a wipe or cream for our HOCl product was made after careful consideration.
In general hypochlorous acid works well within:
- water based formulations
- formulations that have been professionally stabilized
- low interference formulations
Spray applications allow us to preserve these conditions.
Additionally, we have found that compared to wipes, sprays minimize the amount of direct contact with fabrics and therefore reduce the number of additional ingredients (preservatives, surfactants etc) added into the formula. Additionally sprays also allow for more control over packaging systems which allows for longer shelf life. This is part of the reason that most clinically focused HOCl products continue to be offered in a simple spray application rather than as wipes or creams.
Another Reason We Prefer Spray Applications: Less Unnecessary Ingredients
Wipes typically contain:
- fragrance
- preservatives
- surfactants
- fabric processing byproducts
All of these can potentially add to irritability particularly if you have sensitive skin, compromised skin barrier function, acne prone skin or eczema prone skin. A simple hypochlorous acid spray application will be less likely to cause irritation.
Convenience vs Performance
We understand the appeal of using wipes.
- they are portable
- fast to apply
- easy to use
However when evaluating products for clinical usage we give priority to:
- preserving the integrity of the formula
- maintaining the stability of the active ingredients
- ensuring skin compatibility
- delivering consistent results over long periods of time.
When comparing the effectiveness of spray versus wipes for delivering hypochlorous acid we firmly believe that spray delivers more effectively.
Could Hypochlorous Acid Wipes Exist?
Yes technically there are products available that offer hypochlorous acid wipes.
But the real question is:
How Stable and Effective is the HOCl Over Time?
The answers depend largely upon:
- packaging used
- type of fabric used
- formulation system utilized
- storage conditions
To avoid inconsistencies in HOCL concentration we opt for the delivery method that we feel provides the greatest support to HOCl activity.
The Larger Philosophy Behind Our Choice
Our choice of product format represents our philosophy on how we approach all formulations.
- To us, more formats isn't necessarily better.
- We believe simplicity is important.
- We believe stability is important.
- We believe formulating for sensitive skin should be done thoughtfully.
Because something is commercially viable does not automatically make it the best delivery mechanism for an active ingredient.
For our HOCL we still believe that professionally stabilized spray systems provide the best opportunity to maximize the effects of HOCl.
The Bottom Line
We don’t produce hypochlorous acid wipes because we believe HOCl works best in stabilized liquid spray form.
Wipes introduce additional challenges involving:
- Stability
- Fabric interaction
- Air exposure
- Formula complexity
And for an ingredient as sensitive as hypochlorous acid, those factors matter.
Our priority is maintaining:
- Potency
- Skin compatibility
- Formula integrity
- Consistent performance
Even if that means saying no to trendier formats.
FAQ
Are hypochlorous acid wipes bad?
Not necessarily, but stability and effectiveness may vary depending on formulation and packaging quality.
Why is hypochlorous acid unstable?
HOCl is naturally reactive and can degrade when exposed to light, air, heat, and incompatible materials.
Are sprays better than wipes for HOCl?
In many cases, sprays offer better stability and fewer formulation complications.
Can wipe materials affect HOCl?
Potentially, yes. Certain materials may interact with or reduce active HOCl over time.
Why does packaging matter for HOCl?
Proper packaging helps maintain potency, freshness, and stability.
Disclaimer
This article is for informational purposes only and does not constitute medical advice. Product formulation and ingredient stability may vary between brands and manufacturers.
References
- Block, M. S., & Rowan, B. G. (2020). Hypochlorous acid: A review. Wounds. https://pmc.ncbi.nlm.nih.gov/articles/PMC7315945/
- Del Rosso, J. Q. (2018). Status report on topical hypochlorous acid. Journal of Clinical and Aesthetic Dermatology. https://pmc.ncbi.nlm.nih.gov/articles/PMC6303114/
- Scientific American. Hypochlorous acid in skincare and cleaning. https://www.scientificamerican.com/article/hypochlorous-acid-is-trending-in-skin-care-and-cleaning-but-does-it-work/
- World Health Organization. Chlorine disinfection chemistry. https://cdn.who.int/media/docs/default-source/wash-documents/wash-chemistry/chlorine-disinfection.pdf
- ResearchGate. Stability of weakly acidic hypochlorous acid solution with microbicidal activity. https://www.researchgate.net/publication/322058765_Stability_of_Weakly_Acidic_Hypochlorous_Acid_Solution_with_Microbicidal_Activity
If you’re looking for a hypochlorous acid spray, you can learn more about our formulation here. It’s also available through select retailers, including Amazon.
Written by
Honeydew Labs Team
