Application of heavy magnesium carbonate on glass

The application of heavy magnesium carbonate in the field of glass is mainly reflected in the following aspects

The application of heavy magnesium carbonate in the field of glass is mainly reflected in the following aspects:

Adjusting the melting temperature:Heavy magnesium carbonate can effectively regulate the melting temperature of microcrystalline glass,making the melting process more stable and controllable,which is beneficial for optimizing the sintering process.

Promoting crystal formation:During the high-temperature melting stage,magnesium oxide produced by the decomposition of heavy magnesium carbonate serves as a nucleating agent,which can promote the formation and orderly arrangement of crystals in the glass matrix,enhancing the stability of the internal structure of microcrystalline glass.

Improving mechanical performance:Microcrystalline glass with moderate addition of heavy magnesium carbonate can form a denser and more uniform crystal phase structure after heat treatment,significantly enhancing its hardness,bending strength,and fracture toughness.

Improving thermal stability:The addition of heavy magnesium carbonate can effectively reduce the thermal expansion coefficient of microcrystalline glass,improve its thermal shock resistance,and enable microcrystalline glass to maintain structural integrity in high temperature environments.

Optimizing optical performance:By adjusting the refractive index distribution inside the glass,heavy magnesium carbonate can also improve the optical performance of microcrystalline glass to a certain extent,such as increasing transmittance and reducing scattering.

Overall,the application of heavy magnesium carbonate in the field of glass not only improves the performance of glass,but also expands its application areas.With the continuous advancement of technology and the increasing market demand,it is believed that the application prospects of heavy magnesium carbonate in the field of glass will be even broader.