Hand sanitizers usually come in a liquid or gel form to remove infection-causing germs and bacteria. Although alcohol-based hand sanitizers were mostly used in medical settings; however, they are quickly becoming essential household items as well. Especially in situations where soap and water may not be available, hand sanitizers may come in handy. Most people like to carry one around for quickly getting rid of bacteria on-the-go. They are extremely convenient to drop in a handbag, backpack or simply store in the pocket.

How Hand Sanitizers Work

Hand sanitizers are mostly made from different types of alcohol. They may contain ethanol which is also found in beer and wine etc. They may also be made using isopropyl alcohol which is mainly used in surgical spirit or rubbing alcohol for the purpose of disinfecting. Hand sanitizers usually contain about 70% of one of these alcohols, and they work by dissolving the outer coating of microorganisms.

Hand Sanitizer Manufacturing

FDA guidelines suggest that for a product to be marketed as a hand sanitizer, it must contain either one of ethyl alcohol, isopropyl alcohol or benzalkonium chloride at a high percentage. Any composition without one of these three as an active ingredient has not shown to be much effective at killing disease-causing germs and bacteria. It is important for those interested in hand Sanitizer Manufacturing to ensure that their formulations meet this particular FDA criterion. Failure to do so may result in the product being pulled away from the shelves.

Other ingredients that are used for hand sanitizer Manufacturing are either used to give the main ingredients a gel-like texture, enhance moisturizing properties and give it a nice fragrance. A number of manufacturers will also add a bitter-tasting compound to the mix to keep people from consuming the product.

Hand Sanitizer Manufacturing Process

There are several intricacies that make it imperative for the sellers to ensure that hand sanitizer manufacturing takes place at a well-reputed FDA-registered facility. To a disinfecting main ingredient, carbomer may be added to thicken the product and give it a gel-like consistency. The next step is adding triethanolamine to adjust the PH of the hand sanitizer so that it does not irritate the skin. After that, a humectant and a preservative may also be added to preserve the disinfecting properties of the hand sanitizer and to ensure that its repeated use does not dry out the user’s skin. 

The key factor when it comes to hand sanitizer manufacturing is that the formulation must be tried and tested. An experienced manufacturer like Ion Labs will have a number of formulations that meet all requirements for businesses to private label.

The Emergence of Resistant Bacteria

A number of hand sanitizer users may be worried about the emergence of resistant bacteria that do not respond to any hand sanitizer formulation. However, bacteria cannot develop stronger outer coatings that alcohol cannot dissolve. Such fears are irrational and should not stop anyone from using high-quality hand sanitizers to avoid getting ill.

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