Recently, it has been proven that hydroxyapatite and its compounds can be an effective factor in preventing the penetration of UV rays into the skin. Nano hydroxyapatite increases skin protection against sunlight by having dispersed and active solids on the surface of the skin. The SPF of sunscreens containing hydroxyapatite is 40% higher than similar products.
Tooth sensitivity, tooth decay and treatment of its lesions is one of the challenges of dentistry. The nano hydroxyapatite material is used in the following cases, where samples of products containing this material can be seen here:
Nano hydroxyapatite creates a little acidic property by slowly releasing calcium, phosphate, this work improves skin health and soothing and nourishing effects. The release of these ions leads to the absorption of more biological and physiological substances.
Among foreign companies, temporary fillers have been produced, which are divided into three categories based on the ingredients: collagen-based fillers, hyaluronic acid-based fillers, and hydroxyapatite-based fillers.
Hydroxyapatite (HAP), chemically known as Ca10(PO4)6(OH)2, is a biocompatible, osteoconductive, and bioactive ceramic with the ability to form direct bonds with living tissues. Although the use of these inorganic nanoparticles poses controversy regarding its safety, the biodegradability and biocompatibility of HAP are significantly better than other nanoparticles. Compared with polymers, HAP poses a pH-dependent dissolution and a higher biocompatibility. HAP also has higher stability than liposomes and micelles, which tend to dissipate under specific concentrations. Moreover, HAP is soluble and less toxic than SiO2, TiO2, quantum dots, carbon nanotubes, and other magnetic particles.
Calcium phosphates are widely used to promote bone strength and health in dietary supplements, such as dietary pills and capsules.
The use of bone ash (natural hydroxyapatite) as a rich source of calcium phosphate in the porcelain body of the container changes the final characteristics of the porcelain body of the container and increases its whiteness, transparency and mechanical strength, in addition to the aforementioned properties.
Today, zinc oxide is one of the main components in glaze production. Knowing the effect of oxides, especially zinc oxide, in the formulation and preparation of quality glaze is of particular importance.
Air filtration, water and wastewater treatment, the development of new products that have effective absorbents with the least harmful effects on the environment and are inexpensive, and are also used to remove or reduce heavy metals in industrial wastewater, is one of the most important issues in science. material According to the research, it was found that hydroxyapatite has a high ability to absorb Pb, V, As, Cd and U elements. This is important because of the presence of various reactive surface areas on hydroxyapatite.
Recently, it has been proven that hydroxyapatite and its compounds can be an effective factor in preventing the penetration of UV rays into the skin. Nano hydroxyapatite increases skin protection against sunlight by having dispersed and active solids on the surface of the skin. The SPF of sunscreens containing hydroxyapatite is 40% higher than similar products.
Tooth sensitivity, tooth decay and treatment of its lesions is one of the challenges of dentistry. The nano hydroxyapatite material is used in the following cases, where samples of products containing this material can be seen here:
Air filtration, water and wastewater treatment, the development of new products that have effective absorbents with the least harmful effects on the environment and are inexpensive, and are also used to remove or reduce heavy metals in industrial wastewater, is one of the most important issues in science. material According to the research, it was found that hydroxyapatite has a high ability to absorb Pb, V, As, Cd and U elements. This is important because of the presence of various reactive surface areas on hydroxyapatite.
Nano hydroxyapatite creates a little acidic property by slowly releasing calcium, phosphate, this work improves skin health and soothing and nourishing effects. The release of these ions leads to the absorption of more biological and physiological substances.
Among foreign companies, temporary fillers have been produced, which are divided into three categories based on the ingredients: collagen-based fillers, hyaluronic acid-based fillers, and hydroxyapatite-based fillers.
The use of bone ash (natural hydroxyapatite) as a rich source of calcium phosphate in the porcelain body of the container changes the final characteristics of the porcelain body of the container and increases its whiteness, transparency and mechanical strength, in addition to the aforementioned properties.
Today, zinc oxide is one of the main components in glaze production. Knowing the effect of oxides, especially zinc oxide, in the formulation and preparation of quality glaze is of particular importance.
Hydroxyapatite (HAP), chemically known as Ca10(PO4)6(OH)2, is a biocompatible, osteoconductive, and bioactive ceramic with the ability to form direct bonds with living tissues. Although the use of these inorganic nanoparticles poses controversy regarding its safety, the biodegradability and biocompatibility of HAP are significantly better than other nanoparticles. Compared with polymers, HAP poses a pH-dependent dissolution and a higher biocompatibility. HAP also has higher stability than liposomes and micelles, which tend to dissipate under specific concentrations. Moreover, HAP is soluble and less toxic than SiO2, TiO2, quantum dots, carbon nanotubes, and other magnetic particles.
Calcium phosphates are widely used to promote bone strength and health in dietary supplements, such as dietary pills and capsules.
Yazd, Shahid Motahari St., Yazd Science and Technology Park
Yazd, Shahid Motahari St., Yazd Science and Technology Park
Yazd, Taft, Taft Industrial Town, Phase 1
Yazd, Taft, Taft Industrial Town, Phase 1
Yazd Fanavaran Research Campus operates as a knowledge-based and leading company in the design and production of advanced nanomaterials and biomaterials with special attention to investment in the field of research and development and benefiting from internal knowledge and experience and capacity and establishing constructive communication with the international community in various industries.