Royal Canin Mini Ageing 12+ Dog Food 1.5kg

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Royal Canin Mini Ageing 12+ Dog Food 1.5kg

£10.50
1.5kg

* Please note for click and collect orders, this product is not stocked in store and may take up to 4 working days before it is available for collection.

Available for Click and Collect

Available for Home Delivery

Standard UK delivery from £4.95*

Free GB Mainland delivery for orders over £49*

*On orders weighing up to 31kgs. Terms and conditions apply.

  • Details

    Complete feed for dogs - For senior small breed dogs (adult weight up to 10 kg) Over 12 years old. Formula which supplies a selection of nutrients to support healthy ageing. Contains EPA-DHA and a patented complex of antioxidants.

    • Helps support a healthy renal system in ageing small breed dogs thanks to an adapted phosphorus content.
    • This formula contains nutrients that help support a healthy skin and coat. Enriched with EPA-DHA.
    • Helps reduce tartar formation thanks to the chelation agents in calcium.
    • Thanks to its exclusive formula, the MINI AGEING +12 kibble easily rehydrates to help ageing dogs eat with appetite.
  • Composition
    Rice, maize, dehydrated poultry meat, maize flour, vegetable protein isolate*, maize gluten, animal fats, hydrolysed animal proteins, beet pulp, minerals, fish oil, vegetable fibres, dehydrated tomato (source of lycopene), soya oil, fructo-oligo-saccharides, hydrolysed yeast (source of manno-oligo-saccharides), borage oil, green tea and grape extracts (source of polyphenols), marigold extract (source of lutein). ADDITIVES (per kg): Nutritional additives: Vitamin A: 30200 IU, Vitamin D3: 800 IU, E1 (Iron): 46 mg, E2 (Iodine): 4.6 mg, E4 (Copper): 9 mg, E5 (Manganese): 59 mg, E6 (Zinc): 178 mg, E8 (Selenium): 0.1 mg - Technological additives: Pentasodium triphosphate: 3.5 g - Preservatives - Antioxidants.
  • Analytical Constituents
    Protein: 26% - Fat content: 14% - Crude ash: 5% - Crude fibres: 2.1% - Per kg: EPA/DHA: 4.5 g - Phosphorus: 5 g. *L.I.P.: protein selected for its very high assimilation.