Photovoltaic Crucible

The photovoltaic crucible is a key piece of equipment used in the photovoltaic material production process, primarily for melting and purifying silicon. In the photovoltaic industry, the purity and quality of silicon directly impact the efficiency and performance of solar cells. The unique design and materials of the photovoltaic crucible ensure the stability and purity of silicon during the high-temperature melting process, thus guaranteeing high-quality photovoltaic products.

Product Features
1. Uniform Temperature Distribution: The crucible's interior features evenly spaced vertical baffles, which promote uniform heat transfer and ensure uniform temperature distribution during the silicon melting process, avoiding localized overheating or cold spots and improving material purity and consistency.
2. Optimized Thermal Efficiency: The vertical baffles optimize the heat transfer path, reducing heat loss and improving thermal efficiency. During the melting process, heat is rapidly transferred to every corner of the crucible, accelerating the melting of the silicon material and increasing production efficiency.
3. Easy Monitoring and Control: The photovoltaic crucible's structural design allows for easy monitoring and control of the temperature and melting process. By installing temperature sensors and monitoring equipment inside the crucible, the melting state and temperature changes of the silicon material can be monitored in real time, and production parameters can be adjusted in time to ensure the stability and controllability of the production process.