Photochemistry | Kessil Photoreactor
A photoreactor system uses light to catalyse or accelerate chemical reactions, widely utilised in research, industry, and environmental applications. Kessil provides photoreactor to both small scale and large scale applications across industries.
PR300
PR300 Kessil's latest photoreactor that is specifically designed for parallel screening and scale-up synthesis.
To enhance safety and efficiency, we have also developed a robust Shielding Box designed to securely accommodate two PR300 lamps while providing effective protection against potential light exposure. The Shielding Box ensures optimal airflow for heat dissipation and features a built-in probe for temperature monitoring. Additionally, Kessil's Water Cooling System accessory offers a highly efficient air- or water-cooled circulating module, enabling precise temperature control for reactions in 8 mL or 20 mL vials. These vials fit seamlessly into the provided vial spacers and water tank, ensuring convenience and reliability in temperature-sensitive applications. |
SPECIFICATION
Power Consumption (AC) MAX 340W Input Voltage 100 - 240 VAC Operating Temperature 0 - 40°C / 32 - 104°F Cooling tank (PR300 protective glass to vial) 20mm - 50mm Wavelength Options 427nm, 440nm, 456nm, 467nm, 525nm Average Intensity of PR300 series (Protective glass as starting point. ) 442 mW/cm² measured at 12mm 407 mW/cm² measured at 20mm Dimensions (W x L x H) 7.9" x 9.3" x 4.5" 20.0cm x 23.6cm x 11.5cm KITS CONTAINS:
|
Rig w/ Fan KiT
Introducing the PR160 Rig with Fan Kit, a meticulously engineered mounting system tailored for laboratory photocatalytic reactions of standard nature. Distinguished by its precision and reliability, this system offers comprehensive adjustability and secure fixation, ensuring a uniform, accurate, and repeatable experimental environment.
The kit is equipped with a potent fan that facilitates efficient air circulation from the top, surpassing the effectiveness of conventional clamp desktop fans. This strategic airflow management serves the critical purpose of maintaining reactions at ambient temperature levels. Furthermore, the inclusion of light-blocking shields underscores a commitment to laboratory safety, effectively shielding against UV and most blue light emissions. The integration of these components collectively enhances the operational effectiveness and safety considerations of the system, culminating in a robust platform for advanced laboratory photocatalytic investigations. It is compatible with:
|
KITS CONTAINS:
|
pco.edge 26
The PR Controller is a great addition to your Kessil PR160L LED PhotoReaction lamps setup for automated photoreactions. It allows you to create programs with varying light intensity and duration, to pre-set start & end time, and to export the programs to your computer for detailed experiment logs.
The controller comes with the daisy-chain cables to connect up to 4 lamps so that they can all run the same program. Finally you don't have to go into the lab at 2AM to turn off the lights! And the saved programs allow you to repeat the exact same light settings for future photoredox reactions for reproducibility! |
BOX CONTAINS:
|
PR160L-370nm Gen 2
PR160L-370NM GEN 2 that is optimised for photochemistry and other applications in biomedicine, material science, UV curing. It is 3 times more powerful than its competitors that is higher Irradiance & Enhanced Photoreaction with Safer, longer lifespan, less heat and more environmental friendly.
Kessil also available with full holistic systems specifically designed mounting to turn system into photoreactor for typical laboratory photocatalytic reactions that can be used for a wide spectrum of application such as Direct Photoexcitation, Photoreactor Design and Activation of alkyl and aryl halides. |
FEATURES
|
*Pictures shown above are for reference only. Actual product may differ slightly.
**Some products may not be available in all countries. Please contact us for further information and clarification. |
Don't have what you are looking for?
Search Here. Alternatively, please contact us for more information.
|