The CEL-QPR150 is a full quartz reactor with side illumination, designed to maximize light efficiency in photocatalytic reactions. Light directly contacts the reaction solution, enhancing the utilization of light energy. Constructed using high UV-transmittance quartz welding technology, this reactor offers versatility for a wide range of experiments, from photocatalysis and simple catalysis to photoelectrochemical reactions.

Key Technical Features:

• Full Quartz Construction: The reactor body is entirely made of high UV-transmittance quartz, ensuring reaction purity and maximum light penetration.

• Efficient Side Illumination: The side illumination design allows for direct light contact with the reaction solution, optimizing efficiency.

• Versatility: Achieves various applications with one reactor, including photocatalysis, catalysis, gas-solid, gas-liquid, liquid-solid, and heterogeneous reactions.

• Large Optical Window: 150 mL volume and optical window specifications from 40 mm to 60 mm.

• Optional Temperature Control: Versions available (LH series) that include an integrated, temperature-controllable quartz water jacket interlayer for heat-sensitive experiments.

• Closure and Sealing: The flange seal ensures the reactor's sealing, with covers that can be PEEK, stainless steel, or quartz glass.

• Electrode Options: Can be configured for online or off-line photoelectrochemical experiments, with customizable electrode channels and inlet/outlet ports, including the ability to work under vacuum or inert gas protection.

• Electrode Accessories: Can be equipped with three standard electrodes (PEEK calomel, PEEK platinum, platinum electrode clip).