Advantage One: The product boasts excellent thermal conductivity and high-temperature resistance. Current market semiconductor-grade graphite crucibles can effectively operate in high-temperature systems. It also exhibits strong resistance to strain and possesses superior chemical stability, making it a reasonable choice for use.

Advantage Two: Wide Range of Applications - Graphite crucibles are already extensively used in metallurgy, casting, machinery, and chemical industries. Moreover, many people discover their widespread use in these fields while learning about and selling graphite crucibles, which indeed brings a lot of convenience. You can confidently make your choice.

Currently, there are two domestic production processes for graphite crucibles: plastic molding and pressure molding. The plastic molding process using clay as a binder has a long production cycle, high labor intensity, and low efficiency, and is fired with coal, causing significant pollution. However, due to its low investment, this process is widely used domestically. In contrast, the pressure molding process using isostatic pressing equipment and clean energy sintering fundamentally resolves the pollution issue, reduces nearly 10 production steps, and shortens the cycle, improving efficiency.