Royal Canin Size Health Nutrition Cavalier King Charles Spaniel Adult, Dry food for dogs, 1.5kg

Royal Canin Size Health Nutrition Cavalier King Charles Spaniel Adult is a dry dog food specifically formulated for adult dogs of this breed over 10 months of age. The formula utilizes dehydrated poultry protein and highly digestible vegetable protein isolate as its primary protein sources. These proteins are combined with carbohydrate sources such as rice and corn to provide foundational nutrition. Packaged in a 1.5 kg bag, the kibble features a composition tailored to the specific dietary requirements of adult Cavalier King Charles Spaniels.

The formula contains 27% protein and 14% fat, providing a balanced energy value to maintain the adult dog's daily activity levels. To support skin and coat health, the recipe incorporates borage oil, fish oil, and specific vitamins. The inclusion of hydrolyzed crustaceans and hydrolyzed cartilage supplies glucosamine and chondroitin, which serve as building blocks for joint maintenance. Additionally, beet pulp and fructooligosaccharides are included to assist with digestion. An added vitamin and mineral complex, along with L-carnitine, covers the daily micronutrient requirements necessary for regular metabolic function.

Analytical constituents: Protein: 27% – Fat content: 14% – Crude ash: 5.4% – Crude fibers: 2.8% – Calcium: 0.8% – Phosphorus: 0.5% – Vitamin A: 30,600 IU/kg – Vitamin D3: 800 IU/kg – Vitamin E: 800 mg/kg. Metabolizable energy: 3,766 kcal/kg.

Composition: Rice, vegetable protein isolate*, dehydrated poultry protein, corn, animal fats, hydrolyzed animal proteins, beet pulp, vegetable fibers, minerals, fish oil, soy oil, dehydrated tomato, fructooligosaccharides, hydrolyzed yeast (source of mannan-oligosaccharides), borage oil (0.1%), marigold extract (source of lutein), green tea and grape extracts (source of polyphenols), hydrolyzed crustaceans (source of glucosamine), hydrolyzed cartilage (source of chondroitin). *L.I.P.: protein selected for its very high assimilation.