⚠️ The website is currently under maintenance. Some features may be unavailable.
Post-Column Derivatization System
Specifically designed for post-column derivatization analysis, it uses derivatization reactions to make the target substance react with a corresponding reagent, changing its physical or chemical properties and improving detection sensitivity. The applications include food (residue analysis, amino acid analysis, inorganic ion analysis, toxin detection, veterinary drug analysis, and in vivo drug analysis), environmental (residue analysis), chemical industry (formaldehyde), pharmaceuticals (voglibose), among many other fields.
*
*
* (Our staff will contact you. And all the data is encrypt.)
0/500 words
This product utilizes a modular design with derivative pumps and reactors, offering flexible configurations. It provides both single-stage and dual-stage post-column derivatization systems to meet the needs of different post-column derivatization experiments. It can also be used with any liquid chromatography system, satisfying post-column derivatization analysis and detection requirements and enhancing the capabilities of existing liquid chromatography systems.
Modular Design, Flexible Configuration:
Single-stage post-column derivatization system configuration: Optional single derivative pump and single reactor, meeting the experimental needs of a one-step post-column derivatization reaction, such as post-column derivatization detection of formaldehyde.
Dual-stage post-column derivatization system configuration: Optional dual derivative pumps and dual reactors, meeting the experimental needs of a two-step post-column derivatization reaction or a one-step hydrolysis and one-step derivatization reaction, such as the detection of carbamate pesticides.
PCD-3000 Pump Derivative Pump:
The derivative pump features an all-inert material (PEEK) flow path design, resistant to strong acid and strong alkaline derivatization environments.
PCD-3000 Reactor:
The accurately temperature-controlled heating reactor allows for setting the reactor temperature according to the derivatization reaction requirements. The reactor temperature control can reach up to 150℃.
The reactor volume can be adjusted according to specific derivatization reaction needs, meeting the requirements of different derivatization experiments.
Safety features: The reactor has an overheat protection function, limiting the reactor temperature to no more than 150℃ to prevent instrument damage.
Carbaryl and carbofuran in water
Carbamate pesticides
Carbaryl and carbofuran in water
Carbamate pesticides
Other details:
- Transportation:By air if not specified.
Page 1 / Total 1