KB Analytical, LLC
10.0/10 Overall Rating
100% Positive
19 Orders Completed
Montville, Connecticut, US
Since 1981 KB Analytical has been providing thin layer chromatography (TLC/HPTLC) and specialized analytical chemistry services to the herbalist, academic, and pharmaceutical industries.
We are equipped for:
Since 1981 KB Analytical has been providing thin layer chromatography (TLC/HPTLC) and specialized analytical chemistry services to the herbalist, academic, and pharmaceutical industries.
We are equipped for:
Whether it is an herbal tincture evaluation, an elemental microanalytical determination, or method development the understanding and care we take in each analysis is reflected in our data. Our clients have come to expect the consistent, high quality of our data and we strive to attain this to maintain their confidence in KB Analytical.
We are very proud of the relationships we have developed over the years with our clients and sincerely believe that our communication and understanding of the analytical request is our foundation.
References:
Journal of Planar Chromatography, Vol 15, Jan/Feb 2002. "Evaluation of a Quantitative HPTLC Method for Analysis of Echinacoside and Chichoric Acid in Commercial Echinacea Preparations".
Nicotine Testing
Total alkaloids as nicotine by Coresta No. 35 using an automated discrete analyzer. Also, nicotine by HPTLC.
Nicotine Testing
Total alkaloids as nicotine by Coresta No. 35 using an automated discrete analyzer. Also, nicotine by HPTLC.
HPTLC/TLC qualitative, quantitative, and method development with instrumentation including: Automated TLC Sampler; Automatic Developing Chamber; HPTLC Vario System; Dual Monochrometer Scanner; Chromatogram Immersion Device; TLC Plate Heater; Vapor Phase Induced Fluorescence.
*Thin Layer Chromatography (TLC / HPTLC) Method... Show more »
HPTLC/TLC qualitative, quantitative, and method development with instrumentation including: Automated TLC Sampler; Automatic Developing Chamber; HPTLC Vario System; Dual Monochrometer Scanner; Chromatogram Immersion Device; TLC Plate Heater; Vapor Phase Induced Fluorescence.
Thin Layer Chromatography (TLC / HPTLC) Method Development and Consulting
Method development using TLC / HPTLC for your specific analyte with the complete, validated method supplied to the client. If required, onsite training at your facility can be arranged.
Acetic Acid; Ammonia; BRIX; Calcium; Catechins; Citric Acid; Color Absorbance; Dissolved Oxygen; Free/Total SO2; Glucose;Fructose; Histamine; Iron; Lactic Acid; Malic Acid; NOPA; pH; Tartaric Acid; Titratable Acidty; Total Acidity; Volatile Acidity; YAN.
Acetic Acid; Ammonia; BRIX; Calcium; Catechins; Citric Acid; Color Absorbance; Dissolved Oxygen; Free/Total SO2; Glucose;Fructose; Histamine; Iron; Lactic Acid; Malic Acid; NOPA; pH; Tartaric Acid; Titratable Acidty; Total Acidity; Volatile Acidity; YAN.
Qualitative or quantitative by TLC / HPTLC
Qualitative or quantitative by TLC / HPTLC
Centrifugal chromatography using a Cyclograph System. For preparative thin layer radial fraction separations.
Centrifugal chromatography using a Cyclograph System. For preparative thin layer radial fraction separations.
We provide qualitative and quantitative TLC, HPTLC, and preparative thin layer chromatography with full instrumental capabilities including automated sample application, automated development chambers, and a true dual monochrometer plate scanner. A Cyclograph Centrifugal Chromatograph is available for preparative chromatography... Show more »
We provide qualitative and quantitative TLC, HPTLC, and preparative thin layer chromatography with full instrumental capabilities including automated sample application, automated development chambers, and a true dual monochrometer plate scanner. A Cyclograph Centrifugal Chromatograph is available for preparative chromatography and fraction collection.
Thin Layer Chromatography (TLC / HPTLC) Method Development and Consulting
Method development using TLC / HPTLC for your specific analyte with the complete, validated method supplied to the client. If required, onsite training at your facility can be arranged.
Cyclic voltammetry of fullerene compounds
Cyclic voltammetry of fullerene compounds
We offer cathodic stripping differential pulse or square wave voltammetry. An example of this technique is formaldehyde in water or aqueous extracts.
We offer cathodic stripping differential pulse or square wave voltammetry. An example of this technique is formaldehyde in water or aqueous extracts.
We provide electrochemical analyses such as Differential Pulse Anodic / Cathodic Stripping Voltammetry with either mercury or solid electrodes. An example of this application is EPA1001: Lead in Drinking Water by Differential Pulse Anodic Stripping Voltammetry. We can also analyze for iodide in water and soil using these methods.
We provide electrochemical analyses such as Differential Pulse Anodic / Cathodic Stripping Voltammetry with either mercury or solid electrodes. An example of this application is EPA1001: Lead in Drinking Water by Differential Pulse Anodic Stripping Voltammetry. We can also analyze for iodide in water and soil using these methods.
Experienced in the analysis of soil extracts including: potassium chloride; Bray; Olsen/Bicarb; Modified Morgan; True Morgan. water soluble. All analyses in duplicate and performed on an automated discrete analyzer.
Iodine / Iodide in ground water and soil extracts:
Experienced in the analysis of soil extracts including: potassium chloride; Bray; Olsen/Bicarb; Modified Morgan; True Morgan. water soluble. All analyses in duplicate and performed on an automated discrete analyzer.
Iodine / Iodide in ground water and soil extracts:
"Quick turn-around time, quality results!"
I am a former Director of Biotech R&D at Pfizer Global in Groton CT working on a novel waste water treatment plant design that recycles influent as pure drinking water to our town. It is in National Stage in the US as a PCT patent and I could not have ever done the detailed design work without the years of experience Bill Georgian has in this environmental field. We are making rapid progress together and his rate are entirely reasonable. I hope to make some badly needed money from this patent and a share of it
certainly should go to Bill and Kathy his assistant/wife in the lab of 35 years. Tom Young Ph D biochemical
engineer