Magnesium hydroxide: the green revolution in biodegradable materials

In the field of biodegradable materials, magnesium hydroxide leads the green revolution with its biocompatibility and degradability. The role of magnesium hydroxide in biodegradable materials and its optimization for the environment and health.

New choice of biomedical materials

Magnesium hydroxide shows great potential in the field of orthopedic medical devices due to its biocompatibility and biodegradability. This material degrades in a physiological environment to form magnesium hydroxide and release hydrogen, which helps repair bone defects.

Innovation of 3D printing technology

The combination of magnesium hydroxide and high molecular polymers provides new possibilities for the preparation of 3D scaffold shapes. Composite materials improve mechanical strength and corrosion resistance, and achieve controlled release of magnesium ions, which is of great significance for bone defect repair and regenerative medicine.

Improved biocompatibility

Magnesium hydroxide film is formed on the surface of pure magnesium, which improves the biocompatibility of the material. The bone conduction and bioactivity of this material make it an ideal choice for orthopedic medical devices.

Antibacterial properties and photothermal effect

Magnesium-containing composite materials promote bone regeneration and prevent bone implant infection because the magnesium ions produced by degradation have a bactericidal effect. The photothermal effect of magnesium particles provides new possibilities for bone tumor treatment.

Green Choice for Environmentally Friendly Materials

As a non-toxic and harmless natural mineral filler, magnesium hydroxide meets green environmental protection requirements and helps produce more environmentally friendly products. It is widely used in the fields of environmental protection and agriculture, reducing the use and emission of harmful chemicals and reducing pollution to the environment.

The application of magnesium hydroxide in biodegradable materials promotes the advancement of medical technology and provides new solutions for environmental protection. With the development of science and technology, the application prospects of magnesium hydroxide will be broader, contributing to the realization of a green and healthy future.