Give your pet relief from hot spots and itching from allergies with DOUXO® Chlorhexidine PS Micro-Emulsion Spray Antimicrobial Formula for Dogs and Cats.

• Convenient spray bottle makes managing bacterial and yeast infections of the skin quick and easy in both dogs and cats
• Contains the lipid phytosphingosine to help restore the protective barrier on skin surface and stop pets from itching
• Possesses antibacterial and antifungal properties, and assists in regulating seborrhea and other skin conditions
• Moisturizes as it disinfects, helping to prevent scratching from dry skin and giving pets the time they need to heal
• Can manage skin conditions with up to 3 times fewer bathing sessions, when used with Douxo Chlorhexidine PS Shampoo
• Paraben-free

Why We Love It:

DOUXO®  Chlorhexidine Micro-emulsion Spray is for the management of skin infections responsive to chlorhexidine.  This no-rinse formula contains antibacterial, antifungal and anti-inflammatory agents as well as moisturizers to help restore the skin barrier to health.

The fine mist spray is great for treatment between baths.   Micro-emulsion technology helps the product travel over the surface of the skin.  Each droplet contains hundreds of nano-size spheres of the skin-healing ingredients to mix with cells on the surface of the skin and travel through the intercellular spaces of the stratum corneum.  The active ingredients remain intact in the spheres until they penetrate the skin where they diffuse slowly to help heal and restore the skin barrier.

DOUXO® Chlorhexidine Micro-emulsion Spray also contains Phytosphingosine, a pro-ceramide to help rebuild the natural ceramides in the skin that are critical in helping keep the skin healthy.   

DOUXO®  Chlorhexidine Micro-emulsion Spray and Shampoo protocol along with antibiotic treatment helps improve skin and coat health within 7 days vs. antibiotic treatment alone (as reported by pet owners).

When used in combination with an antibiotic, DOUXO®  Chlorhexidine Micro-emulsion Spray has been proven to help prevent relapse after the end of antibiotic treatment compared to antibiotic treatment alone.