Zehui's innovative path: spherical magnesium oxide leads to a new era of thermal technology

In the rapid development of science and technology today, Jiangsu Zehui magnesium base after 20 years of deep cultivation, in the research of spherical magnesium oxide has made remarkable achievements, this innovation not only promotes the new era of thermal conductivity technology, but also in a number of fields to show its great potential for application and value.

The following is a detailed analysis of how Zehui's spherical magnesium oxide research has changed thermal conductivity technology:

Enhanced Thermal Conductivity for a New Chapter in Efficient Heat Dissipation

1. High thermal conductivity

The spherical magnesium oxide developed by Zehui has a significantly higher thermal conductivity than traditional thermal conductivity materials, such as spherical aluminum oxide. The high thermal conductivity means that spherical magnesium oxide is able to conduct heat more efficiently from the heat source to the heat dissipation equipment, realizing rapid heat dissipation. This excellent thermal conductivity allows spherical magnesium oxide to significantly reduce the temperature of equipment in high-temperature applications such as LED lighting and electronic packaging, preventing performance degradation or damage caused by overheating.

2. High thermal conductivity of single crystal

Spherical magnesium oxide also has a higher single-crystal thermal conductivity than other comparable materials, which ensures greater efficiency in thermally conductive filler applications. The high single-crystal thermal conductivity means that heat is conducted more quickly and efficiently within the material, further improving the thermal performance of the equipment.

Optimize material properties and broaden application areas

1. Good dispersion and mixing

The spherical structure of spherical magnesium oxide gives it better dispersion and uniformity in the composite material. In the preparation of thermally conductive composites, spherical magnesium oxide can be uniformly distributed in the matrix material to form an effective thermal conductivity network, which enables the heat to be uniformly and rapidly transmitted. This uniform heat distribution not only improves the overall thermal conductivity of the material, but also reduces the thermal stress concentration phenomenon due to local overheating, prolonging the service life of the material.

2. Excellent overall performance

In addition to thermal conductivity, spherical magnesium oxide also has excellent chemical inertness, heat resistance, insulation and other properties. These comprehensive properties make the application of spherical magnesium oxide in the field of thermal conductivity more extensive and reliable. For example, in the field of electronic packaging, spherical magnesium oxide is not only used as a thermally conductive material, but also provides reliable protection for electronic components due to its excellent insulating properties and chemical stability.

Nowadays, Jiangsu Zehui Magnesium Base has been at the forefront of the industry in the research and development of spherical magnesium oxide materials, has independent import and export rights, and has passed the ISO9001 international quality certification system. Its products are characterized by high purity, fine particle size, good whiteness, low impurities, stable quality and customizable indexes, which meet the needs of different industries for high-performance materials. And many domestic and foreign downstream industry enterprises have established a close cooperative relationship to jointly promote the application and development of thermal conductivity field!