The Quartz Oxidation Bottle is a high-purity fused quartz component designed for critical high-temperature oxidation reactions and the decomposition of specialty gases in semiconductor manufacturing. It is extensively used in oxidation processes and furnace tube cleaning during wafer fabrication, where precise thermal stability and chemical resistance are essential.

Manufactured from ultra-pure fused quartz, the oxidation bottle offers exceptional resistance to thermal shock and aggressive chemical environments, ensuring long-lasting durability and reliable performance. Its low impurity content minimizes contamination risks, supporting stringent cleanroom standards and maintaining the integrity of sensitive semiconductor processes. Ideal for advanced semiconductor fabs and research labs, this quartz bottle contributes to consistent process efficiency and wafer quality.

Maintenance and Cleaning Tips for Quartz Oxidation Bottles

1. Use Only Compatible Cleaning Solutions

High-purity quartz is resistant to many chemicals, but avoid harsh acids or abrasives that can etch or damage the surface. Use only manufacturer-recommended cleaning solutions to remove residues safely.

2. Gentle Mechanical Cleaning

Avoid rough scrubbing or metal brushes that may scratch the quartz. Soft brushes, lint-free cloths, or ultrasonic cleaning with compatible solutions are ideal for removing stubborn deposits without compromising the bottle’s integrity.

3. Regular Inspection for Cracks and Chips

Frequent visual inspection is critical. Thermal cycling can create micro-cracks, which may lead to failure under high temperatures. Replace bottles showing damage to prevent wafer contamination or furnace issues.

4. Proper Handling and Storage

Always handle quartz bottles with care, preferably using gloves to avoid fingerprints or oils. Store them in cushioned, temperature-stable environments to prevent accidental breakage or contamination.

5. Thermal Cleaning and Preconditioning

Some deposits can be removed by carefully heating the bottle in a controlled furnace cycle. Follow recommended thermal profiles to prevent thermal shock and maintain dimensional stability.

Maintaining and cleaning quartz oxidation bottles correctly ensures high purity, reliable high-temperature performance, and long operational life. Consistent care reduces contamination risks and supports optimal wafer yield in semiconductor processing.