Kwartsglasbuis met hoge temperatuurbestendigheid - Dikwandig, transparant, corrosiebestendig

High temperature resistant quartz glass tubes are precision-engineered optical components designed for extreme thermal, chemical, and optical performance. Made from high-purity fused quartz (SiO₂ ≥ 99.99%) and fabricated through advanced electric fusion techniques, these tubes offer superior thermal stability, low thermal expansion, high optical clarity, and exceptional corrosion resistance.

These thick-walled, transparent quartz tubes are suitable for demanding industrial, scientific, and laboratory applications where standard glass materials cannot meet performance requirements. They are available in standard dimensions or fully customized to meet application-specific needs.

Belangrijkste kenmerken

High Thermal Resistance

• Continuous operation up to 1,100°C

• Momentary peak tolerance up to 1,250°C

• Extremely low thermal expansion coefficient (~0.55 × 10⁻⁶/K)

• Excellent resistance to thermal shock and rapid heating/cooling cycles

Chemical and Corrosion Resistance

• Inert to most acids, bases, and organic solvents

• Resistant to hydrochloric, nitric, and sulfuric acids, as well as many halogens

• Long lifespan in aggressive chemical environments

Optische transparantie

• Excellent UV (200 nm) to IR (3,500 nm) transmission

• Suitable for optical sensing, spectroscopy, and UV/IR lamp housings

• Low optical distortion in cylindrical form

Thick-Walled Structural Strength

• Wall thickness up to 10 mm or more

• High mechanical integrity under pressure or vacuum

• Enhanced durability for high-vibration and high-stress environments

Customization and Machining Options

• Custom inner/outer diameters, wall thicknesses, and lengths

• Surface finishes: flame-polished, ground, or optical polish

• Optional flaring, threading, drilling, notches, and sealing

• Cleanroom packaging and degassing services available

Toepassingen

Semiconductor Manufacturing

• Quartz reactor tubes for LPCVD/PECVD systems

• Wafer processing tubes

• Cleanroom heating elements and thermocouple protection tubes

Hoge temperatuur ovens

• Heating element enclosures

• Radiation shielding tubes

• Observation and control ports for vacuum and atmosphere furnaces

Chemical and Petrochemical Industry

• Fluid transport in corrosive environments

• Sight tubes for process monitoring

• Reactor liner sleeves

UV and IR Optical Applications

• Lamp housings for UV curing and disinfection

• IR-transmitting windows and sensor sleeves

Laboratory and Analytical Instruments

• Thermogravimetric analysis (TGA) crucibles

• Gas sampling and diffusion experiments

• Custom reaction vessels

Solar and Energy Systems

• Concentrated solar power (CSP) receiver tubes

• Encapsulation of high-power light sources

Specificaties

FAQ

Q1: What is the difference between thick-walled and standard quartz tubes?
Thick-walled quartz tubes offer greater mechanical strength, pressure resistance, and durability in high-stress environments. They are ideal for vacuum systems, pressurized reactors, and high-temperature lamp housings.

Q2: Are these tubes suitable for direct flame or plasma exposure?
Yes. Fused quartz tubes can tolerate open flame and high-temperature plasma exposure if temperature ramping is controlled. They are commonly used in torch systems, flame reactors, and induction heating applications.

Q3: Can these tubes be customized for laboratory glassware or vacuum feedthroughs?
Yes. Custom CNC machining, precision cutting, flaring, grinding, and drilling are available for specialized assemblies including feedthroughs, condenser jackets, and diffusion tubes.

Q4: How does the optical quality compare to borosilicate or sapphire?
Fused quartz provides superior UV and IR transmission compared to borosilicate, with better thermal and chemical resistance. Sapphire is stronger and harder but more costly and harder to process.

Q5: What are the cleaning and maintenance requirements?
Clean with dilute acids or pure solvents, rinse with deionized water, and dry in a dust-free environment. Avoid abrasives. Cleanroom handling and degassing are recommended for high-purity applications.

Q6: What is the typical lead time for custom orders?
Standard sizes: 3–7 working days
Custom specifications: 2–4 weeks depending on complexity and volume
Rush orders and prototyping services are available