Candioli Mineral Salts for Ornithology are a supplement specifically formulated for the well-being of companion and ornamental birds. This 100 g pack offers essential support for the health and mineral balance of birds, contributing to maintaining the optimal physiological state and strengthening vital functions. The product is designed to guarantee a correct intake of mineral salts, fundamental for metabolism, bone formation, the quality of plumage and the general functioning of the organism.
The balanced composition and ease of administration make this supplement an ideal complement for ornithology enthusiasts who wish to ensure their birds have a controlled and beneficial daily intake, improving their vitality and preventing any nutritional deficiencies. It is suitable for all species of companion and ornamental birds, from the most common to the rarest specimens, offering complete and natural support.
The administration of Candioli Mineral Salts is simple and practical, it can be mixed directly into water or food, thus guaranteeing the consumption of even the most reluctant birds. The product does not alter the taste of water or food, promoting regular and continuous intake over time. Furthermore, it constitutes a valid aid during periods of stress, moulting, reproduction or recovery from illnesses, when the body needs extra support to re-establish mineral balance.
Therapeutic Indications
Candioli mineral salts are indicated for the nutritional support of pet and ornamental birds, promoting the maintenance of a correct mineral balance in the body. They play a fundamental role in preventing and correcting essential mineral deficits, which can manifest themselves with weakness, bone fragility, plumage changes, and reduction of metabolic functions. Supplementation is particularly useful during critical phases such as moulting, when the plumage is replaced and the need for minerals and vitamins increases, or during reproduction periods, when the bird's body requires more resources to support reproductive activity.
Furthermore, the use of the product is recommended during physiological or environmental stress, for example environmental changes, transport, climatic variations, or in case of recovery from pathologies or surgical interventions, as it helps to strengthen the body's defenses and speed up the healing processes. Supplementation with mineral salts also promotes renal function and correct hydration, essential for the general well-being of birds. It is also effective as a prevention against metabolic dysfunctions and problems related to nutritional deficiencies.
The product is suitable for all bird species, including canaries, parrots, parakeets, and other ornamental species, guaranteeing a constant and balanced supply of vital minerals, without the risk of overdose if administered according to the recommended doses. Thanks to its specific formulation, it is a daily support to be used regularly to promote long-term health.
Composition
Candioli Mineral Salts for Ornithology have a balanced and specific composition designed for pet birds, including a complex of essential minerals including calcium, phosphorus, magnesium, sodium, potassium, and traces of trace elements such as iron, copper, zinc and manganese. These components are fundamental for the formation and maintenance of bones, muscle contraction, the transmission of nerve impulses and the synthesis of vital enzymes.
The product is free of harmful chemical additives and allows rapid and optimal absorption of minerals, thanks to the quality of the selected raw materials. The absence of artificial substances and the purity of the ingredients guarantee safe supplementation even for sensitive birds or those with particular dietary needs. Furthermore, the formulation is designed to avoid electrolyte imbalances, ensuring a balanced intake and maintaining the body's pH stable.
The presentation in granular and well-dosed form facilitates administration in food or water, respecting the eating habits of birds and ensuring effective consumption. Protection from humidity and optimal conservation of
