Quartz tubes are essential components in many modern industries, especially those that demand high-purity materials, extreme temperature resistance, and optical clarity. Their versatility makes them suitable for everything from semiconductor processing to UV sterilization.
Quartz tubes are cylindrical glass products made from high-purity fused silica (SiO?). Unlike ordinary glass, they can withstand high temperatures, resist chemical corrosion, and transmit ultraviolet and infrared light efficiently. Quartz tubes are available in various lengths, diameters, and wall thicknesses, and can be produced in both transparent and opaque forms.
Quartz tubes are valued for several unique properties:
High Thermal Resistance – Can withstand temperatures up to 1100°C or more
Thermal Shock Resistance – Tolerates rapid heating and cooling without cracking
Chemical Stability – Inert to most acids and alkalis
High Purity – Suitable for cleanroom and semiconductor environments
Excellent Optical Transmission – Allows UV and IR light to pass through
Due to these features, quartz tubes are used in high-performance systems across multiple industries. They often serve as protective covers, reaction chambers, or structural parts in equipment that operates under extreme conditions.
Here are some of the most common and important applications of quartz tubes:
Used in diffusion furnaces, oxidation tubes, and wafer processing systems
Maintains purity in chip manufacturing environments
Quartz sleeves in UV sterilizers for water, air, and surfaces
Essential in halogen and HID lamps due to their heat resistance
Reaction tubes in chemical and thermal experiments
Protective casing for heating elements and thermocouples
Quartz tubes allow UV light to pass through while isolating the lamp from moisture
Used in municipal, commercial, and home filtration systems
Used in sterilization devices and phototherapy equipment
Stable under intense light and heat exposure
Quartz tubes outperform ordinary glass in several critical ways:
Property | Quartz Tubes | Ordinary Glass |
Heat Resistance | Up to 1100°C+ | ~500°C |
Thermal Shock | Excellent | Poor |
Chemical Resistance | Very High (acids, bases) | Moderate |
UV Transmission | Excellent (esp. UV-C) | Poor |
Purity | High (99.99% SiO?) | Lower (includes impurities) |
For industries where performance, safety, and precision matter, quartz tubes are the superior choice.