quartz tube reactor

Quartz capillary tube reactors enable continuous flow reactions. Quartz provides high-temperature resistance, chemical inertness, and UV transparency. Small diameters offer efficient heat/mass transfer, ideal for photochemistry, microreactions, flow chemistry, and high-temperature processes.

Typical Applications of Quartz Tube Reactors

• High-Temperature Reactions: Reactions that require high temperatures, such as pyrolysis, and chemical vapor deposition.

• Photochemical Reactions: Reactions that use light, such as UV-induced polymerization and photocatalysis.

• Microreactions: Precise control over reaction conditions at small scales, important for reaction optimization and high-throughput screening.

• Flow Chemistry: Ideal for continuous flow synthesis due to their small size and high surface area for heat and mass transfer.

• Catalysis: Reactions involving solid catalysts are often carried out using these tube reactors.

• Materials Science: Used in the synthesis of nanoparticles and thin films.

• Analytical Chemistry: Used in analytical chemistry setups such as liquid chromatography.

Specifications