What makes it indispensable for photochemistry? The integrated triple-core design: double jacket for temperature control, central immersion well for UV light sources, and all-quartz stopcock for safe drainage! Unlike ordinary reactors that struggle with temperature fluctuations or inadequate light penetration, our jacketed design allows circulating coolants or heating media to flow evenly around the reaction chamber, maintaining a stable temperature environment (compatible with working temps up to 1100℃) that’s critical for reaction reproducibility. The central immersion well is perfectly sized to accommodate UV lamps, positioning the light source directly in the reaction mixture for maximum photon utilization—paired with >90% UV transmittance at 200–400 nm, it ensures unobstructed light penetration to drive efficient photocatalytic reactions, photodegradation, and CO₂ reduction. Plus, the all-quartz stopcock eliminates contamination risks from plastic or metal components, ensuring the purity of your reaction system from start to finish.
Built to conquer extreme photochemical conditions: it retains structural integrity and chemical inertness even under prolonged UV exposure, high temperatures, and corrosive reaction media—far outperforming glass reactors that degrade or leach impurities. Its outstanding thermal shock resistance lets it withstand rapid temperature changes without cracking, while superior chemical resistance defends against most strong acids, alkalis, and organic solvents (excluding hydrofluoric acid), making it ideal for aggressive photochemical environments. With 99.99% high-purity fused silica, it eliminates catalyst or product contamination, a critical advantage for high-precision research and laboratory synthesis where purity directly impacts results.
Fully customizable to fit your unique workflow: volume ranges from 100–1000mL as standard, with full customization available for larger/smaller capacities, jacket thickness, immersion well diameter/length, reactor height, and port configurations (for sampling, gas inlet/outlet). Trusted by laboratories, research institutions, and chemical manufacturers worldwide, it’s widely used in photocatalysis (water splitting, organic synthesis), photodegradation of pollutants, CO₂ reduction research, and precision laboratory photochemical synthesis. Backed by strict quality control and decades of fused silica engineering expertise, our Jacketed Quartz Photochemical Reactor with Immersion Well isn’t just a product—it’s an investment in your research success, delivering consistent performance, precise control, and efficient reaction outcomes that drive your photochemical innovations forward.