PhilGeis
Forum Replies Created
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Very very poor preservation. Does your policy allow phenoxyethanol? Benzoate if pH works?
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Doubt it’s stable. CMIT in any simple aqueous solution is unstable and alkaline pH is tough on it as well.
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Benzoic acid? or Na benzoate? should be 5000 ppm should be enough.
Would you consider this a water or oil in water
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If your anticipated development is rapid and includes multiple minor changes/versions, you can determine, if technically justified, which modification justify full stability qualification or stability before marketing.
To Mike’s point, it is important to comply to relevant regulations but do not consider government regulations technically useful or valid. Do what is necessary to comply AND look to industry standards to do what is technically valid.
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Aluminum chlorhydrate and related monograph monograph actives are antiperspirants - not deodorants. Not aware any of options named above would be functional and certain none would be legally used to support antiperspirant claim in US.
For product claiming “deodorant” - you can use anything (or nothing) but in US not Aluminum chlorhydrate and related monograph actives.
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Suggest you do not. If you receive it clean - appropriate sanitary practices of sampling and use should not pose a risk.
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Doubt you’ll have obvious mold growing on your consumers’ faces. Perhaps mold/bacterial contamination of your product.
Food quality ingredients often fail to meet cosmetic microbiological standards.
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pH?
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Yes - a preservative is essential and a chelator is part of it. try phytic acid
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Sure - but more than you need and some junk “preservatives”.
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Suggest not. Gluconolactone is a something if a chelator that breaks down to gluconic acid,
pH works for Benzoate and true synergism has been reported for it with Benzyl alcohol and a chelator. Do you have challenge testing capabilities?
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Packaging helps - assume cold process.
Sure - a chelator is always good. What’s pH?
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The combination is also quite weak as is benzoate alone.
What is your packaging?
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I don’t have much good information to share on that. I do understand formaldehyde is more reactive at alkaline pH. In another context I’ve used formaldehyde @pH as preservative 10 for an industrial product - uniquely effective combined with EDTA. Long term stability was not evaluated.
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might be a bit weak v. Gram -‘s
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500 is not enough. Suggest 2000-3000 ppm
Sorbic is not so stable and I’ve not seen the “synergy” many claim.
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500 or 5000 ppm? 0.05% is 500 ppm.
Think Na benzoate would be preferable.
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No pH 3-4 is not low enough.
What is the entire formula?.
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For a deodorant. The claim is not regulated - they can use what they want without the burden of efficacy.
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Probably not.
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Suggest you look also at similar products from major guys on the market
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The difference is prob not significant, esp as you’re adding more via ECT.
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How much will your formula accommodate?
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how much?