

MANUKA-HONIG UMF10+ (LEPTOSPERMUM SCOPARIUM) – Packung. 250/500 g
HERGESTELLT in NEUSEELAND – Mit UMF-Zertifikat
BeeNZ Manuka UMF10+ Honig enthält eine Reihe einzigartiger Manuka-Verbindungen (einschließlich DHA, MG und LEPTOSIN), die von einem unabhängigen Labor validiert und von der UMFHA verifiziert wurden.
Das UMF-Bewertungssystem bewertet die im Manuka-Honig enthaltenen natürlichen Inhaltsstoffe und garantiert dessen Reinheit und Qualität.
Manukahonig UMF5+ enthält mindestens 263 mg/kg MGO.
Die Mindestkonzentration von 263 mg/kg MGO und die UMF-Zertifizierung machen diesen Honig dank seiner schützenden Wirkung zur Bekämpfung von Sodbrennen und als Hilfsmittel bei Entzündungen der oberen Atemwege und der Mundhöhle geeignet. Es kann auch äußerlich bei leichten Hauterkrankungen angewendet werden.
Verzehrempfehlung: 2 Teelöffel täglich zwischen den Mahlzeiten
The Process of Crystallization of Honey
Any honey can be in crystallized form with the exception of Acacia honey, Chestnut honey and honeydew honey which generally tend not to crystallize.
Crystallization of honey is a natural process that can occur over time. When honey contains a greater amount of glucose than fructose, it is more likely to crystallize. Crystallization begins when glucose molecules aggregate to form crystals. These crystals diffuse through the honey, giving the solution a thicker, grainier consistency.
The speed and extent of crystallization depend on various factors, including temperature and the composition of the honey.
Crystallization can take from some days to some weeks to fully develop.
The Process of Crystallization of Honey
Any honey can be in crystallized form with the exception of Acacia honey, Chestnut honey and honeydew honey which generally tend not to crystallize.
Crystallization of honey is a natural process that can occur over time. When honey contains a greater amount of glucose than fructose, it is more likely to crystallize. Crystallization begins when glucose molecules aggregate to form crystals. These crystals diffuse through the honey, giving the solution a thicker, grainier consistency.
The speed and extent of crystallization depend on various factors, including temperature and the composition of the honey.
Crystallization can take from some days to some weeks to fully develop.
The Process of Crystallization of Honey
Any honey can be in crystallized form with the exception of Acacia honey, Chestnut honey and honeydew honey which generally tend not to crystallize.
Crystallization of honey is a natural process that can occur over time. When honey contains a greater amount of glucose than fructose, it is more likely to crystallize. Crystallization begins when glucose molecules aggregate to form crystals. These crystals diffuse through the honey, giving the solution a thicker, grainier consistency.
The speed and extent of crystallization depend on various factors, including temperature and the composition of the honey.
Crystallization can take from some days to some weeks to fully develop.