C/C Composite Crucible Support Rods

C/C composite crucible support rods are typically positioned in the lower region of high-temperature single crystal growth furnaces, forming a efficient and stable thermal field system for single-crystal silicon growth with these indispensable components, such as C/C crucible holders, C/C crucibles and C/C insulation cylinders. They can provide stable support for the crucible and internal molten silicon and achieve precise rotation and lifting of the crucible to meet the requirements of single-crystal silicon growth.

1.Remarkable thermal performance

Since carbon-carbon composite boasts exceptional thermal resistance and thermal stability, Semicorex C/C composite crucible support rods can operate reliably at temperatures ranging from 1600 to 2200℃ and withstand rapid temperature changes without easily cracking or being damaged.

2.Reliable mechanical strength

Carbon-carbon composites have high mechanical strength and elastic modulus, and their strength may even exceed that at room temperature under high-temperature operating conditions. It is precisely because of this reliable characteristic that Semicorex C/C composite crucible support rods can withstand the weight of the crucible and the large amount of silicon material inside without being prone to breakage.

3.Lightweight structure

Carbon-carbon composites have a lower density than conventional graphite materials, which means they are significantly lighter than conventional graphite materials. The overall weight of the Semicorex C/C composite crucible support rod can be greatly reduced thanks to this excellent lightweight structure, which brings convenience to equipment handling, replacement and maintenance.

4.Superior corrosion resistance

During the growth of single-crystal silicon, silicon vapor can corrode components inside the single-crystal silicon growth furnace. Carbon-carbon composites exhibit excellent resistance to silicon vapor corrosion, which enables Semicorex C/C composite crucible support rods to maintain stable structural integrity and consistent performance under high-temperature and silicon vapor conditions.