Forticept Maxi-Wash Plus Itch & Hot Spot Spray, 8 oz

Forticept Maxi-Wash Plus Itch & Hot Spot Spray, 8 oz

Forticept Maxi-Wash Plus Itch & Hot Spot treatment for dogs, puppies, cats, kittens, and horses. It is a broad-spectrum antifungal, antibacterial medicated spray. Combines Chlorhexidine Gluconate and Ketoconazole for fast relief for skin infections, itching, hot spots, paw licking, allergies, and acne. Maxi-Wash Plus spray is a pH-balanced, alcohol-free first-aid skin and wound cleanser and treatment. Contains Aloe Vera, Calendula, and Lactic Acid to help maintain skin moisture and health. Made in the USA.

FDA Registered - OTC Animal NDC:72127-0804-1.

Active Ingredients:
Chlorhexidine Gluconate - 2% (Antimicrobial)
Ketoconazole - 1% (Antifungal)

Inactive Ingredients:
Aloe Vera Leaf, Calendula Officinalis Extract, Caprylyl Glycol, Dimethyl Sulfoxide, Glycerin, Lactic Acid, Phenoxyethanol, Polyhexanide, Polysorbate 20, Propylene Glycol, Water.

Benefits:

• Itch Relief & Hot Spot Spray - Maxi-Wash Plus is a clinical strength formulation for dogs and cats for the treatment of itchy skin and hot spots commonly caused by bacterial or fungal infection, allergies, insect bites, dermatitis, yeast, and more. Aloe Vera, Calendula, and Lactic Acid help to soothe and moisturize skin and promote healing.

  Chlorhexidine & Ketoconazole - clinically proven and highly effective active ingredients to treat skin infections, hot spots, paw licking, allergies, lesions, and acne in dogs, puppies, cats, kittens, and horses.

  No Sting Alcohol-Free Drying - clinical formula helps relieve itching and hot spots. Aloe Vera, Calendula, Lactic Acid soothe and nourish skin rashes, redness, and dry skin irritations.

  Clinically Proven & Veterinarian Recommended - Maxi-Wash Plus uses the same active ingredients as currently being used in many veterinary clinics and animal hospitals around the world to treat skin infections, hot spots, and manage other wounds and skin problems. Advanced Polymer Technology helps to amplify clinical effect.