Quartz Tube
Ultra-Pure Precision Tubes for High-Temperature Deposition
The BWS Quartz Tubes are fabricated with precision and durability from 99.99% pure quartz, ensuring exceptional thermal stability and chemical purity for high-temperature and high-vacuum/pressure thin film deposition applications.
Customizable and interchangeable, our quartz tubes are engineered to fit a wide range of deposition systems, delivering exceptional versatility for cutting-edge research and advanced materials development.
Custom Size & Configuration Request
Need a specific tube diameter, length, or geometry? Tell us about your system and requirements and we'll fabricate the right quartz tube for your process.
Engineered for Demanding Deposition Environments
Semiconductor Fabrication
Provides a chemically inert, thermally stable reaction environment for semiconductor thin film growth and processing.
Thin Film R&D
Supports research and development of novel thin film materials in high-temperature, high-vacuum conditions.
Advanced Material Coatings
Used in CVD and thermal processing for advanced optical and protective material coating applications.
High-Temp Processing
Withstands extreme thermal environments while maintaining structural integrity and contamination-free performance.
Quartz Tube Specifications
Precision-fabricated from ultra-pure quartz for reliable performance in demanding thin film deposition and high-temperature processing environments.
| Specification | Parameter |
|---|---|
| Material | Ultra-pure quartz (99.99% purity) |
| Thermal Performance | Exceptional resistance to thermal shock |
| Chemical Stability | Inert to most chemical processes |
| Vacuum Compatibility | High-vacuum and pressure compatible |
| Dimensions | Standard and custom sizes available |
| Customization | Adaptable to specific system configurations |
| Durability | High resistance to wear in extreme conditions |
Quartz Tube Features
1 Material Purity
- Fabricated from 99.99% ultra-pure quartz for contamination-free operation
- Inert to most chemical processes including reactive deposition gases
- No organic binders or adhesives that could outgas during processing
- Maintains purity across repeated high-temperature deposition cycles
- Suitable for semiconductor, optical, and advanced materials research
2 Thermal & Mechanical Performance
- Exceptional resistance to thermal shock during rapid temperature cycling
- Withstands high operating temperatures without deformation
- High durability and resistance to wear in extreme vacuum environments
- Maintains structural integrity during prolonged high-temperature exposure
- Low outgassing for clean deposition chamber performance
3 Customization & Compatibility
- Available in standard and custom sizes to meet diverse system requirements
- Adaptable to specific operational requirements and system configurations
- Interchangeable design for fast replacement and minimal downtime
- Compatible with Blue Wave Semiconductors' deposition systems
- Also fits a wide range of third-party compatible setups
4 Process Versatility
- Suitable for both high-temperature and high-vacuum/pressure applications
- Enables uniform and high-quality thin film deposition on substrates
- Supports CVD, MPCVD, thermal processing, and tube furnace workflows
- Compatible with oxidizing, reducing, and inert gas atmospheres
- Ideal for thin film research, coatings, and semiconductor fabrication