product description

Isostatic graphite plates for furnace can operate in high-temperature environments up to 1500℃, saving approximately 10% in power consumption, making them an indispensable core material for high-temperature industrial equipment.

As a high-performance material, isostatic graphite plates occupy a crucial position in modern industrial furnaces. Compared to traditional graphite materials, isostatically pressed graphite, manufactured using isostatic pressing technology, possesses a more uniform microstructure and superior overall performance. Its comprehensive performance significantly improves the energy efficiency and service life of industrial furnaces, making it an irreplaceable key material in many industrial fields.

Isostatic graphite plates play a crucial role in industrial furnaces and are a core component of various high-temperature equipment. For example:

1. In Czochralski single-crystal silicon furnaces, isostatically pressed graphite is used to manufacture key components such as insulation covers, heaters, three-lobed graphite crucibles, crucible supports, flow guides, graphite electrodes, and electrode nuts.

These components operate in high-temperature environments, requiring materials with extremely high purity and stability to avoid contaminating the quality of the single-crystal silicon.

2. In vacuum furnaces, isostatically pressed graphite materials can be used to manufacture heaters, directly participating in the heating process. Their performance directly impacts the furnace's efficiency and product quality.

Furthermore, isostatic graphite plates exhibit multiple performance advantages in industrial furnaces, making them an ideal choice for high-temperature environments. Firstly, their unique isotropic properties ensure consistent material performance in different directions, avoiding thermal stress concentration and deformation problems caused by directional differences. This uniform structure also allows components to maintain dimensional stability at high temperatures, extending their service life. Secondly, their high resistivity results in approximately 10% lower power consumption compared to previous materials at around 1500°C. Simultaneously, their low thermal conductivity helps reduce energy consumption in the entire heater and furnace wall materials, thereby lowering costs.

These characteristics enable isostatic graphite plates to maintain structural integrity while achieving energy savings in high-temperature environments, providing an ideal thermal management solution for industrial furnaces.

171