Used for Detection Enhancement for Aflatoxins, Phenylurea Pesticides, Barbiturates and Other Compounds. Photochemical derivatization is a simple, inexpensive and flexible technique that improves sensitivity and selectivity of detection for a broad range of analytes. Among the applications for the photochemical reactor are analysis of Aflatoxins in foods, Phenylurea Pesticides in water and Barbiturates in biological samples. Photochemical derivatization also allows identification of closely related compounds such as polyphenols.
Pickering Laboratories Multi-residue Mycotoxins method for DON, Aflatoxins, Fumonisins, Ochratoxin A and Zearalenone employs photochemical derivatization for Afl atoxins, allowing detection at sub-ppb levels.
The photochemical reactor has a 254 nm lamp and a knitted reactor coil.
FEATURE HIGHLIGHTS
254 nm UV Low Pressure Lamp With Cooled Reflector Tube
Long Term Stability Of Lamp And Coil
High Light Transmission
Safety Shut-off Turns Off Lamp If Cover Is Removed
Robust Steel Housing To Meet Laboratory Requirements
Special Designed Fluorocarbon Coil
Comparable To Electrochemical Derivatization With Cobra Cell (DG Joint Research Center Of The European Commission In The Institute For Health And Consumer Protection)
AOAC Accepted Methodology
Standard Reactor Volume Is 1.0 mL
Used for Detection Enhancement for Aflatoxins, Phenylurea Pesticides, Barbiturates and Other Compounds. Photochemical
derivatization is a simple, inexpensive and flexible technique that improves sensitivity and selectivity of detection for a broad range of analytes. Among the applications for the photochemical reactor are analysis of Aflatoxins in foods, Phenylurea Pesticides in water and Barbiturates in biological samples. Photochemical derivatization also allows identification of closely related compounds such as polyphenols.
Pickering Laboratories Multi-residue Mycotoxins method for DON, Aflatoxins, Fumonisins, Ochratoxin A and Zearalenone employs photochemical derivatization for Afl atoxins, allowing detection at sub-ppb levels.
The photochemical reactor has a 254 nm lamp and a knitted reactor coil.
FEATURE HIGHLIGHTS
- 254 nm UV Low Pressure Lamp With Cooled Reflector Tube
- Long Term Stability Of Lamp And Coil
- High Light Transmission
- Safety Shut-off Turns Off Lamp If Cover Is Removed
- Robust Steel Housing To Meet Laboratory Requirements
- Special Designed Fluorocarbon Coil
- Comparable To Electrochemical Derivatization With Cobra Cell (DG Joint Research Center Of The European
Commission In The Institute For Health And Consumer Protection)
- AOAC Accepted Methodology
- Standard Reactor Volume Is 1.0 mL
