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Z744081

Sigma-Aldrich

SynLED Parallel Photoreactor UV

with 365 nm LEDs

Synonym(s):

SynLEDphotoreactor, light source

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About This Item

UNSPSC Code:
39101616
NACRES:
NC.25

AC/DC input

100 - 240 V AC, 50/60 Hz, universal plug set (included)

Quality Level

100

feature

capacity 16  vial(s)

parameter

365 nm spectral range

General description

SynLED Parallel Photoreactor UV is the next generation photoreactor from the widely used SynLED product line. This newly designed photoreactor provides 365 nm UV light enabling simple small-scale photocatalysis reaction screening and library synthesis. High levels of consistency across reactions and between runs is a trademark of this portfolio.

This product is also available with 450 nm wavelength LEDs

Features and Benefits

  • Bottom-lit LEDs (365 nm) across a 4x4 reaction block array provides consistent light intensity (320 lm) and angle (60°)
  • New heat exchange system provides consistent temperature to each parallel reaction, while ensuring quieter operation
  • Performance quartz LED cover protects LEDs from solvent and allows excellent light penetration
  • Uses 1-2 dram scintillation vials or microwave vials (O.D. of 1.7 cm or less)
  • Power supply is wall plug power supply including universal plug set
  • Compatible with IKA magnetic stirrer with round plate (Z645052)
  • Compatible with liquid scintillation vials (8 mL Wheaton, Z188719)
Learn more here: PhotocatalysisTechnology Spotlight

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Articles

Visible-light Photoredox Catalysis

The application of radical chemistry towards organic synthesis is well-developed and wide-reaching, though often hampered by a dependence on toxic radical initiators.

Visible-light Photoredox Catalysis

The application of radical chemistry towards organic synthesis is well-developed and wide-reaching, though often hampered by a dependence on toxic radical initiators.

Visible-light Photoredox Catalysis

The application of radical chemistry towards organic synthesis is well-developed and wide-reaching, though often hampered by a dependence on toxic radical initiators.

Visible-light Photoredox Catalysis

The application of radical chemistry towards organic synthesis is well-developed and wide-reaching, though often hampered by a dependence on toxic radical initiators.

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