The primary difference between antibacterial vs. zithromax 250 mg otc antimicrobial substances is the types of microorganisms they act upon. While antimicrobial substances work against a broad spectrum of microbes (bacteria, mold, mildew, algae, and even viruses), antibacterial substances are only effective against bacteria.

Do Antimicrobials Kill Bacteria?
Yes. Antimicrobial technologies work to disrupt the vital life processes of a broad spectrum of microbes (including bacteria!). When bacteria comes into contact with a surface treated with antimicrobial technology, the antimicrobial will damage the cell’s protein, membrane, DNA, and internal systems using a multi-modal attack, causing it to die.

Does Antimicrobial Also Mean Antifungal?
Antimicrobial technologies work against a broad spectrum of microbes and can have both antifungal and antibacterial properties. The active ingredient in the technology will determine if it is antibacterial, antifungal, or both.

Is Antimicrobial Better Than Antibacterial?
Antimicrobial technologies are effective against a broad spectrum of bacteria and fungi, but if fungal activity is not a concern for your product, using an antibacterial solution might be the better ampicillin generic option for you. Choosing one over the other all depends on the end-use environment and specific goals a company has for their antimicrobial product.

It’s important to work with a dedicated technical team who can make recommendations that specifically target certain organisms based upon your industry and how the final product will be used. Microban® utilizes test methods that directly apply to specific end uses so product developers don’t end up with technologies that are irrelevant to the microorganisms present in their industries.


Performance Summary
Antibacterial Technologies: Antibacterial technologies are effective flonase nasal spray 50 mcg united states against a broad spectrum of harmful bacteria including E. coli and MRSA.* They will typically incorporate silver active ingredients, allowing for successful application in a wide variety of product types.
Antifungal Technologies: Antifungal technologies work to reduce the presence of fungi like mold, mildew, rusts, and yeasts. These formulations are typically zinc-based, and are best utilized in environments prone to moisture such as outdoor living spaces, foams, bath and laundry rooms, and more.
Antimicrobial Technologies: Antimicrobial technologies minimize the presence of bacteria, mold, and fungi.* In contrast to antibacterial agents, antimicrobial substances offer a greater level of product protection by continuously inhibiting the growth of microbes on surfaces for very long periods of time. The broad-spectrum performance of antimicrobial substances makes them perfect for use in hygiene-critical environments such as schools, hospitals, and commercial kitchens. Typical active ingredients include silver or zinc.


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