new material
Quartz furnace door is a high-purity quartz component designed for superior thermal resistance, exceptional durability, and reliable sealing performance. Manufactured using advanced fusion techniques, it ensures minimal thermal expansion, excellent chemical stability, and high transparency for specialized applications. This material is widely used in semiconductor fabrication, high-temperature industrial processing, laboratory experiments, and vacuum systems, providing effective containment and heat management in extreme environments.
Product Overview
The Quartz Furnace Door is crafted from high-purity quartz material, primarily used in high-temperature furnace equipment in the photovoltaic (PV) industry. It boasts exceptional high-temperature resistance and chemical stability, making it ideal for long-term use in high-temperature, low-oxygen environments. The quartz furnace door effectively protects the workpieces inside the furnace while providing a clear view for monitoring and adjusting the process. With excellent thermal stability and a low thermal expansion coefficient, it is widely used in photovoltaic cell production, especially for high-temperature annealing and heat treatment processes.
Key Features
- High-Purity Quartz Material: Ensures stability in high-temperature environments while preventing contamination.
- High-Temperature Resistance: Can operate stably under extreme high-temperature conditions, making it suitable for the high-temperature processes in PV manufacturing.
- Good Transparency: Quartz provides high optical transparency, enabling easy observation of the furnace process.
- Chemical Stability: Excellent corrosion resistance, ensuring reliable performance in chemically reactive environments.
- Superior Thermal Stability: Good thermal conductivity and low thermal expansion coefficient, minimizing thermal stress and extending the life of the equipment.
Applications
- Photovoltaic Industry: Widely used in high-temperature furnace processes for annealing, heating, and surface treatment of solar cells.
- Solar Cell Production: Essential for the heat treatment and high-temperature processing of solar cells.
- High-Temperature Reaction Equipment: Applied in devices that require high-temperature and chemical corrosion resistance, ensuring stable operation.
- Heat Treatment Processes: Used for high-temperature treatment of metals and materials, commonly in various manufacturing processes.
