PL-LED200L Photochemical Reactor
The PL-LED200L Photochemical Reactor is widely used in drug synthesis, deep-ultraviolet drug synthesis, photo-degradation, gas-liquid reactions, liquid-phase media, photocatalytic experiments in fixed or flowing systems, and can fully simulate the photochemical reactions of the UV light spectrum. It features a single wavelength, minimal reaction by-products, and conditions related to the loading of TiO2 photocatalyst in the reaction vessel.
Photocatalytic Reactor Light Source
High-energy LED light source with deep ultraviolet wavelength (power adjustable), emitting a strong and stable monochromatic light wave upon ignition. It boasts high energy density and stable output. Widely used in pharmaceutical synthesis, blue light catalysis, photo-degradation, bioluminescence, photo-curing, petrochemical industries, and more.
Photometric Light Source Technical Specifications for Photochemical Reactor
Section II: Photocatalytic Reaction Vessel
Illustration
Technical Specifications:
Section 3: Photoreaction Apparatus Protective Box
Photocatalytic Reaction Protective Box with a single-door mechanism, featuring an independent exhaust system to effectively dissipate heat generated by the experimental system and light source. The box is equipped with an observation port and a filter, facilitating real-time monitoring of the experimental status. The internal space is ample, accommodating various photocatalytic systems. Custom holes or protective boxes can be tailored according to the customer's experimental requirements.
Technical Features:
Single-door design for easy operation.
Features an independent observation port with a filter lens.
3. Equipped with power outlets for convenient use of internal appliances.
4. Equipped with an independent exhaust system to ensure air circulation within the reaction chamber and reduce internal temperature.
5. Dimensions: 500*500*800mm (L*W*H).
Technical Specifications: Protective Box
Low-temperature water tank (customer selectable)
The DC Low Temperature Water Bath is widely used in research departments and colleges and universities in the fields of petroleum, chemical industry, electronic instruments, physics, chemistry, bioengineering, life sciences, light industry and food, physical property testing, and chemical analysis. It provides a refrigeration control for users during work, allowing for direct constant temperature testing or testing of samples or products within the bath. It serves as a supplementary refrigeration source, such as for reactors, photochemical reactors, fully automatic synthetic instruments, extraction, and condensation equipment temperature control.
Technical Features:
1. Fully enclosed, environmentally friendly compression refrigeration system.
2. Temperature Range: Optional from 5-35°C.
3. Internal circulation function: Utilizes a magnetic circulation pump to avoid the traditional pump's self-generated heat affecting the bath's thermal field.
4. The body shell is coated with anti-aging electrostatic spraying technology.
Technical Specifications:
