The quartz caps are precision-engineered components designed to seal and protect quartz tubes, reactors, and boats during high-temperature semiconductor and photovoltaic processes. Made from high-purity fused quartz, these caps provide excellent thermal stability, chemical resistance, and a tight, contamination-free seal.

Their durable construction withstands repeated thermal cycling, supporting consistent process performance and extended equipment lifespan. Compatible with standard 8 inch quartz process tubes and reactors, these caps are essential for maintaining cleanroom-grade conditions and process reliability in advanced wafer fabrication.

Selecting the Right Quartz Cap for Your Furnace System

Quartz caps are essential components in semiconductor furnace systems, protecting silicon wafers during high-temperature processes such as diffusion, oxidation, and CVD deposition. Made from high-purity fused quartz, they offer excellent thermal stability, chemical resistance, and low impurity content, ensuring that wafers remain uncontaminated throughout processing.

Choosing the correct quartz cap involves considering wafer size, furnace type, and process requirements. Properly designed caps improve heat distribution, maintain uniform wafer temperatures, and prevent defects caused by thermal gradients or contamination. Routine cleaning and careful handling further extend the service life of quartz caps, making them a reliable solution for semiconductor fabrication and research environments.