Today, with the rapid development of science and technology, thermally conductive gel, as an important thermal management material, is widely used in electronics, automobiles, energy, and other fields. With the growth of market demand, the production process of thermally conductive gel has also attracted increasing attention.
Raw Material Selection
The production of thermally conductive gel relies first on high-quality raw materials. Common raw materials include thermally conductive fillers (such as boron nitride and aluminum oxide) and polymer matrices. High thermal conductivity fillers combined with a suitable matrix can significantly improve the thermal conductivity of the gel.
Mixing and Dispersion
The use of high-shear mixing equipment ensures that the thermally conductive fillers are evenly dispersed in the matrix, thereby avoiding sedimentation and agglomeration. An efficient mixing process not only improves product consistency but also optimizes thermal conductivity.
Forming and Curing
By adjusting the pouring temperature and curing time, thermally conductive gel products with varying viscosities and hardness can be achieved. Additionally, the choice of curing process (such as thermal curing or UV curing) directly affects the performance and application range of the product.
Quality Control
During the production process, strict quality control is essential for ensuring product performance. By monitoring indicators such as thermal conductivity, viscosity, and insulation, any issues can be identified and addressed promptly.
Sustainable Development
With the increasing emphasis on environmental protection, the production process of thermally conductive gel is also moving toward sustainable development. Measures such as using environmentally friendly raw materials, reducing waste emissions during production, and improving energy efficiency have become important trends in the industry.
With further innovations in technology, the production of thermally conductive gel will become more efficient and environmentally friendly, providing strong support for the development of various industries. Follow us to learn more about the latest news and technological advancements in thermally conductive gel!