Dear Jorge,

Biodegradable metals have attracted considerable attention in recent years. Magnesium, zinc and iron are considered as suitable elements for preparation of biodegradable metallic materials that can be gradually dissolved in human organism without the production of toxic compounds. Although many magnesium-based materials possess good mechanical properties and biocompatibility, corrosion rates accompanied by hydrogen release and pH increase are too high. On the contrary, Zn and iron are characterized by much lower corrosion rate in physiological solution compared to magnesium and its alloys. Recent investigations show the potential for Zn alloys to be considered for the stent and orthopedic applications.

Best regards,

Aidin

Dear Jorge,

Biodegradable metals have attracted considerable attention in recent years. Magnesium, zinc and iron are considered as suitable elements for preparation of biodegradable metallic materials that can be gradually dissolved in human organism without the production of toxic compounds. Although many magnesium-based materials possess good mechanical properties and biocompatibility, corrosion rates accompanied by hydrogen release and pH increase are too high. On the contrary, Zn and iron are characterized by much lower corrosion rate in physiological solution compared to magnesium and its alloys. Recent investigations show the potential for Zn alloys to be considered for the stent and orthopedic applications.

Best regards,

Aidin

Hi

CaO, MgO are bio degradable one with good mechanical properties. Try CNTss too. They have excellent mechanical properties and carbon content. They are literally bio only

Best

EVA POLYMER