Hydroxyapatite plays a crucial role in both natural biological processes and advanced medical technologies, demonstrating its importance and versatility across various fields.
Enhance bone & dental health with hydroxyapatite (HaP): the natural, biocompatible solution
With more than 20 years of expertise and dedication, we are committed to advancing health and wellness through the power of hydroxyapatite, the natural mineral that fortifies bones and teeth.
At Bio-HaP, our mission is to enhance the quality of life by providing superior hydroxyapatite products that support bone and dental health. We aim to bridge the gap between nature and innovation.
YOUR PREMIER SOURCE FOR HIGH-QUALITY HYDROXYAPATITE PRODUCTS
Welcome to Bio-HaP
70%
Percentage of Human Bone: Approximately 70% of the bone's dry weight
97%
Percentage of Tooth Enamel: About 97% by weight
70%
Percentage of Dentin: Roughly 70% by weight
We supply Calcium Hydroxyapatite
The main mineral component of bone tissue, effectively restoring calcium-phosphorus metabolism.
Hydroxyapatite constitutes about 70% of the weight of human bone. It forms a crystal lattice structure that contributes to the strength and rigidity of bones.
Enamel, the hard outer layer of teeth, contains a high proportion of hydroxyapatite, making it the hardest substance in the human body.
The main mineral of bone tissue of all vertebrates on the planet, making it an ideal, maximum digestible source of elements for restoring and strengthening bone tissue in case of fractures and systemic diseases of the skeleton.
HYDROXYAPATITE
Unlike other calcium compounds, hydroxyapatite easily dissolves in gastric contents and does not provoke calcification of arterial walls, the formation of stones in the gall bladder, renal pelvis and tubules.
Mineral supplements based on modified hydroxyapatite, from food mineral raw materials of non-animal origin, are the most digestible and highly effective sources of elements involved in the metabolic processes of connective tissue.
BONE TISSUE
The density, strength and elasticity of skeletal bones depend not only on the proportion of hydroxyapatite in the bone matrix, but also on its chemical composition. Elements such as magnesium, zinc, boron, silicon, iodine take an active part in the development of connective tissue, including the formation and mineralization of bone tissue, activating the processes of bone metabolism. Moreover, some of them are built directly into the structure of hydroxyapatite, giving the bone tissue the necessary strength characteristics.
Dynamic system with active metabolism. Throughout the life of the body, it is constantly renewed due to bone remodeling - the destruction of old and the formation of new bone tissue. A key role in the chemistry of bone tissue remodeling is played by the ability of the hydroxyapatite structure to replace some elements with others, changing the properties of hydroxyapatite crystals, destroying and restoring them.
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