A new study by researchers at Brigham Young
University shows that non-alcoholic hand sanitizers are as effective as
alcohol-based products in disinfecting.
Despite the many antiseptic products on the market, you should use non-alcoholic hand sanitizers.
What
is the reason for using non-alcoholic hand sanitizers compared to
alcohol-based hand sanitizers? Or what are the effects of alcoholic hand sanitizers?
Non-alcoholic disinfectants are usually chosen for health reasons, or for safety reasons.
In other cases, alcoholic disinfectants
break down the skin's natural barrier against bacteria ,They also kill
beneficial bacteria on the skin and in more severe cases cause severe
cracking and drying of the skin.
Alcohol-based disinfectants are flammable and can damage buildings if not used safely.
Non-alcoholic hand sanitizers have the power to kill bacteria at the highest speed And is recommended by the CDC (Centers for Disease Control and Prevention) as a safe alternative to alcohol-based disinfectants.
Non-alcoholic disinfectants use the active ingredient benzalkonium chloride to kill germs.
benzalkonium chloride
benzalkonium chloride Before the covid-19 pandemic
was used by people for disinfection, but with the spread of
coronavirus, governments announced that we do not know how much it
affects the coronavirus.
Benzalkonium chloride is highly effective
against viruses that are surrounded by lipids, and scientists have
concluded from experiments that this active ingredient is very suitable
for disinfecting viruses, including the corona virus.
In a
hypothetical experiment, samples of the corona virus were placed in a
test tube ،They combined benzalkonium chloride and three commercial
disinfectants containing ammonium, soil loads, and hard water.
At the end of the test, the viruses were removed from the tubes and placed on a live cell.
But what was observed was that these viruses could not attack the cell because they were inactivated by the compounds.
Use of bio-organic and bio-based product Logic Sept Plus
This innovative product with 0% alcohol has the ability to kill 99.99% of germs, viruses, fungi, etc.
Logic Sept Plus disinfectant is an antiseptic product whose active ingredient is a large molecule. This molecule has a positive electric charge
Because Logic Sept Plus disinfectant is soluble in water and fat, it easily reaches cell walls. The active molecule makes the cell membrane permeable.
Due to its manufacturing technology, ie pico technology (particles smaller than nano), this product enters the nucleus of the pathogen and dries it completely.
Ingredients of this bioorganic product
This product with 0% alcohol, 20% aloe vera and the presence of benzalkonium chloride not only does not harm the skin of the hand but also protects good germs on the skin.
Here are some answers to some of the questions you may have about using this product:
- Do you need to wash your hands with soap and water before using this product?
You often do not need to wash your hands when using Logic Sept Plus disinfectant, but if dirt or grime is found, you should first wash your hands with soap and water. (hand cleaning)
Does
the use of Logic Sept Plus disinfection products cause dry skin? The
answer to this question is definitely no, because this product does not
use any alcohol and does not harm the skin of the hand.
- Does Logic Sept Plus disinfectant cause softness and tenderness of the hands?
Yes,
due to the presence of aloe vera in the composition of this product, it
softens and softens the skin and is suitable for young children and the
elderly. (alcohol free hand sanitizer)
- How to use Logic Sept Plus hand disinfectant
You
do not need to use a large amount of this disinfectant to disinfect
your hands Instead, just spray 2 ml of it on your hand and then you will
be safe against viruses, bacteria, fungi, etc. for a long time. (prevent the spread)
What tests have been done to evaluate this disinfectant?
- DIN EN 14476 (Chemical disinfectants
and antiseptics - Quantitative suspension test for the evaluation of
virucidal activity in the medical area - Test method and requirements)
-
- DIN EN 1500 (Chemical disinfectants and antiseptics - Hygienic hand rub - Test method and requirements)
-
- DIN
EN 1040 (Chemical disinfectants and antiseptics - Quantitative
suspension test for the evaluation of basic bactericidal activity of
chemical disinfectants and antiseptics)
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