CAS #: 79-14-1
The current use of Glycolic Acid in livestock production is as a pre and post milking sanitizing teat dip
that aids in reducing the spread of mastitis-causing organisms. It is an alternative active ingredient in
teat dips to iodine. Its microbial effects are similar to iodine, a NOP accepted synthetic ingredient for
livestock production. Glycolic acid has the added benefit of penetrating into the skin and exfoliating the
outer layer of skin. This promotes healing of compromised skin (such as cracks and wrinkles) thereby
improving teat condition. Glycolic acid, as an active ingredient in teat dips, and working together with
an emollient, improves the animal’s skin condition equating to the betterment and safety of the animal.
Glycolic acid teat dips have excellent disinfection properties to provide fast reduction of contamination
that can lead to contagious mastitis and continue to disinfect the teat and teat canal between milkings.
Glycolic acid is approved by ECHA (European Chemical authority) for use in veterinary hygiene
disinfectants and food and feed area disinfectants.
Glycolic acid is a well-known human cosmetics and personal care active ingredient. It has a unique mode of action in that it
penetrates the outer layers of skin to enhance exfoliation of dead skin cells. In addition it stimulates
cellular activity to produce new skin cells increasing the thickness of the epidermis, moisturizing the
outer layer of skin and increasing the production of elastin compounds in the skin. The ultimate benefit
is firmer, moisturized, and more uniform skin layers. This benefit in livestock translates to animals that
are healthier; more comfortable; and provide better production.
Glycolic acid based teat dips give excellent teat skin conditioning when combined with an emollient and
reduce mastitis infections.
The use of glycolic acid in teat dip formulations provides active microbial protection and beneficial skin
conditioning effects for the betterment of the livestock. Glycolic acid is readily biodegradable with its
degradation products ultimately being carbon dioxide and water. Waste treatment is not a significant
issue given its relatively low BOD and rapid biodegradation.
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