Dual Expansion in Military and Civilian Fields

Polysilazane, as a novel coating material, has gradually expanded its application scope from the military sector to civilian production in recent years. This material can adjust its surface activity by introducing different functional groups (such as alkyl and aryl groups), thereby demonstrating unique advantages in composite material applications such as interface modification and surface coatings.

An Ideal Choice for New Energy and Electrical Power Fields

Polysilazane excels in high-temperature resistance, corrosion resistance, oxidation resistance, radiation resistance, and insulation voltage resistance, making it an ideal material for various applications in the new energy and electrical power sectors. Particularly in applications such as coating protection for electric vehicle charging piles, battery compartments, and transformers, polysilazane has become the ideal protective material for these device surfaces due to its high resistivity, high dielectric strength against high-voltage breakdown, and resistance to UV radiation and weathering. Furthermore, polysilazane can be used to prepare insulating coatings and insulating materials for electrical equipment, ensuring the safe and stable operation of the equipment.

New Applications in Photovoltaic and Thermal Energy Conversion Fields

Polysilazane can not only be used to prepare high-performance insulators and cable sheathing materials but is also suitable as a dielectric layer due to its high dielectric strength, playing a significant role in photovoltaic technology. Additionally, at high temperatures, polysilazane can form a dense inorganic ceramic coating with excellent thermal insulation properties. Therefore, it is widely used as a thermal barrier coating in solar collectors, aerospace, and automotive equipment for thermal energy conversion and utilization, significantly reducing heat loss and improving thermal energy conversion efficiency.

Development of New Functional Coatings

With continuous technological advancements, significant progress has been made in the development of new functional coatings based on polysilazane. For example, a polysilazane resin coating that is resistant to high temperatures, insulation, voltage, and weathering has been introduced. This coating uses polysilazane resin as the film-forming substance and exhibits excellent dielectric strength and resistivity, capable of long-term use in extreme environments without cracking, peeling, or discoloration. This new coating is particularly suitable for safety and protection coatings for electrical and power cables in complex and harsh outdoor climatic conditions.

In summary, polysilazane, with its unique physicochemical properties and wide range of applications, is becoming an important driving force in the development of new energy, electrical power, and other fields.

More details please click here.