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A substance or combination can have its
components separated using HPLC. It is a
method for separating various components of a
chemical that involves applying high pressure to
force solvents through the column. To separate,
characterise, identify, and quantify semi- and
nonvolatile compounds in various sample matrices, we
provide HPLC services. Our cutting-edge HPLC
capabilities enable the detection of analytes at
incredibly low levels.
We are able to use
multi-wavelength UV/Vis spectrophotometric or diode
array detection (DAD) and fluorescence
detection (FLD) to conduct normal and reverse-phase
isocratic or gradient techniques..
- Actives
Quantification
- Additives Analysis
- Taste
and Odour Analysis
- Antioxidant Analysis
-
Impurity Analysis
- Analytical Method Development
- Bio-analytical Method Development
METHOD DEVELOPMENT :
We follow Accuracy,
Repeatability/Reproducibility, Precision,
Specificity/Selectivity, Limit of Detection (LOD) ,
Limit of Quantitation (LOQ), Linearity, Range,
Robustness, System Suitability, Sample
Stability for method development.
Analysis of
Bio-Molecules By PDA/FLD :
Fluorescence detectors are highly sensitive
detectors best suited for cases where the
compounds either are inherently fluorescent, or
have been modified to be so.
Analysis of
Proteins | Peptide | Antibodies etc.
Analysis of
Industrial Chemicals :
Analysis of organic compounds, Dyes and dye
intermediates, Fatty acids, Surfactants,
Isomers, Drugs and drug intermediates,
Allergenic disperse dyes, Formaldehyde in
auxiliaries etc.
Impurity and
Ingridients Analysis :
Our
deformulation reports can reveal a product’s
complete ingredients. Our testing services can
identify potential impurities, determine CAS
numbers, quantify the amounts of each raw
ingredient within a product, and develop a
formula cost analysis.