20 years of cultivation, Zehui to magnesium carbonate to help the new chapter of microcrystalline glass science and technology

20 years of cultivation, Zehui helps the new chapter of microcrystalline glass technology with magnesium carbonate. In the past 20 years, Zehui has always been committed to the research and development and production of magnesium carbonate, and has accumulated a profound technical background, which has promoted the continuous innovation and optimization of magnesium carbonate products. In the field of microcrystalline glass, which is a high-tech material, Zehui's magnesium carbonate has become the key element to improve the quality of microcrystalline glass with its unique performance advantages.

Magnesium carbonate, especially heavy magnesium carbonate, plays a vital role in microcrystalline glass. The following is a brief description of its role:

Optimizing the performance of microcrystalline glass

Enhancement of mechanical properties: The addition of magnesium carbonate can regulate the melting temperature of microcrystalline glass and optimize the sintering process. During heat treatment, magnesium carbonate helps to form a denser and more homogeneous crystalline phase structure, and this structural change significantly improves the hardness, flexural strength and fracture toughness of microcrystalline glass.

Improved thermal stability: Magnesium carbonate effectively reduces the coefficient of thermal expansion of microcrystalline glass, thus enhancing its thermal shock resistance. This means that microcrystalline glass is able to maintain its structural integrity when undergoing rapid temperature changes and is less likely to crack or break, extending its service life.

Optimization of optical properties: By adjusting the refractive index distribution inside the glass, magnesium carbonate can improve the optical properties of microcrystalline glass to a certain extent. For example, it can increase the light transmittance and reduce the scattering, etc., which can provide a clearer and more accurate visual experience for optical instruments and opto-electronic devices.