Technical Parameters
| Item | Specification |
|---|---|
| Product Name | Monocrystalline Silicon Growth Furnace |
| Brand | WOLFU |
| Process Method | Czochralski Method / CZ Crystal Growth |
| Application | Single Crystal Silicon Ingot Production |
| Raw Material | High-Purity Polysilicon |
| Final Product | Monocrystalline Silicon Ingot |
| Heating Method | Resistance Heating or Induction Heating, Customized |
| Working Atmosphere | Vacuum / Argon Inert Gas Protection |
| Working Temperature | Above Silicon Melting Point, Customized by Process |
| Control System | PLC + HMI Automatic Control |
| Crystal Pulling Control | Precision Pulling Speed Control |
| Rotation Control | Seed Crystal and Crucible Rotation Control |
| Cooling System | Water Cooling System |
| Chamber Size | Customized |
| Ingot Diameter | Customized According to Customer Requirements |
| Safety System | Temperature, Vacuum, Water Cooling, Pressure and Electrical Protection |
Product Details
WOLFU monocrystalline silicon growth furnace is designed for producing single crystal silicon ingots using the Czochralski method. This equipment is suitable for photovoltaic silicon material production, semiconductor substrate material preparation, and advanced crystal growth research.
In the CZ crystal growth process, high-purity polysilicon is loaded into a quartz crucible and melted under a controlled thermal environment. A seed crystal is then dipped into the molten silicon and slowly pulled upward while rotating, allowing a cylindrical single crystal silicon ingot to grow with controlled diameter and crystal orientation.
The furnace system is designed to provide stable high-temperature melting, accurate pulling speed control, seed and crucible rotation control, and reliable atmosphere protection. The process is usually carried out in an inert atmosphere such as argon to reduce contamination and maintain crystal quality.
For single crystal silicon production, the control of heating power, pulling speed, and rotation speed is critical because these parameters directly affect ingot diameter, crystal quality, and production stability. WOLFU can provide customized furnace solutions based on ingot size, production capacity, thermal field design, and customer process requirements.
This furnace can be configured with PLC control, HMI operation interface, vacuum system, argon gas protection system, water cooling system, crystal pulling mechanism, crucible rotation mechanism, and safety protection system. It is a practical solution for customers building or upgrading silicon ingot production lines.
Service & Support
WOLFU provides customized monocrystalline silicon growth furnace solutions for photovoltaic, semiconductor, and advanced material customers. We support customers with practical furnace configuration, thermal field design, control system selection, and production line planning.
- Customized Furnace Design: Furnace chamber, ingot size, heating structure, and pulling mechanism can be customized according to production requirements.
- Process Solution Support: We provide solutions for CZ silicon crystal growth, silicon melting, crystal pulling, and ingot production.
- Automation Support: PLC and HMI control systems can be configured for automatic process control and easier operation.
- Thermal Field Support: Furnace thermal field design can be optimized for stable crystal growth and improved ingot quality.
- Installation and Commissioning: Technical guidance, installation support, and commissioning support can be provided according to project needs.
- After-sales Service: WOLFU provides spare parts support, remote technical assistance, and long-term service for stable production.
