Growth is an essential stage in your King Charles Cavalier puppy's life. During
this key period, your puppy's immune system develops gradually. That's why it's
important to select a food that provides your dog with nutrients that support
optimal health. Suitable for puppies up to 10 months old, ROYAL CANIN® Cavalier
King Charles Puppy is specially formulated with all the nutritional needs of
your growing puppy in mind. ROYAL CANIN® Cavalier King Charles Puppy contains a
complex of antioxidants that help to support your puppy's natural defences as
its immune system develops. Enriched with Omega-3 fatty acids (EPA and DHA), as
well as an adapted content of minerals, ROYAL CANIN® Cavalier King Charles Puppy
contains all the nutrients necessary to help support healthy cardiac function.
This formula contains a specific combination of nutrients with high quality
protein (L.I.P.) specifically selected for its high digestibility.What's more,
ROYAL CANIN® Cavalier King Charles Puppy contains exclusive, tailor-made kibble.
The exclusive formula contains a calcium chelator which helps to reduce the
likelihood of tartar formation on your dog's teeth and gums.
THE BENEFITS
Immune system support : Growth is an essential stage in your dog€™s life: it is
the time of big changes, discoveries and new encounters. During this key period,
the puppy€™s immune system develops gradually. Cavalier King Charles Puppy helps
support your puppy€™s natural defences thanks particularly to a complex of
antioxidants including vitamin E.
Cardiac tone : Cavalier King Charles contains the nutrients necessary to help
support good cardiac function: adapted content of minerals, EPA & DHA, taurine,
L-carnitine and antioxidants.
Digestive health : Combination of nutrients with high quality protein (L.I.P.*)
and prebiotics (FOS) to support digestive health and balance of intestinal
flora, which contributes to good stool quality. *Protein selected for its very
high digestibility.
Exclusive kibble: dental health : This formula helps reduce the risk of tartar
formation thanks to calcium chelators.