Benson Polymeric

COLUMNS FOR CARBOHYDRATE ANALYSIS

Benson Polymeric offers a wide variety of columns for the analysis of carbohydrates. All of our columns are packed with polymeric materials, SulfonatedPoly(Styrene-Divinylbenzene), specifically designed to maximize your separation needs. Benson Polymeric columns utilize a variety of separation mechanisms that allow carbohydrates to be separated without the need of gradients. By altering the ionic form of our polymers (calcium, lead, sodium, silver, and potassium) specific carbohydrate mixtures can be separated by simply using water as your mobile phase.

Another technique Benson Polymeric uses to maximize your separation is to offer a range of cross-linked polymers. The degree of cross-linkage determines the porosity of the polymers which can be used to enhance certain separations. Benson Polymeric recommends using column ovens in combination with our columns since the best separations are usually obtained at elevated temperatures (typical range 30 – 90ºCelsius)

BENSON COLUMN DESCRIPTIONTYPICAL APPLICATIONS
BP-100 HUSP L17, Wines, Dairy, Bio-Reactions, Medical Science
BP-800 HUSP L17, Wines, Dairy, Bio-Reactions, Medical Science
BP-100 CaUSP L19, High fructose corn syrup, sugar alcohols, sugars, USP analysis of mannitol and sorbitol
BP-200 CaUSP L19, High fructose corn syrup, sugar alcohols, sugars
BP-800 CaUSP L19, Sweetner analysis, monosaccharides, high fructose corn syrup, di-, tri, and tetrasaccharides, sugar alcohols, mannitol and sorbitol
BP-200 NaOligosaccharide analysis up to DP11 in samples containing salt
BP-800 NaMolasses and other sugars in high salt sample
BP-100 AgSpecific for Oligosaccharides in beer and corn syrup
BP-200 AgOligosaccharide analysis up to DP11
BP-100 PbUSP L34, Biomass derived sugar samples, lactose, sucrose, maltose
BP-800 PbUSP L34, Cellulose-derived monosaccharides, pentoses and hexoses from wood products, dairy products (sucrose, lactose, fructose)
BP-100 KMono-, di-, trisaccharide analysis in corn syrup and brewing wort samples, glucose, maltose, maltotriose, betaine.
BP-800 KMono-, di-, trisaccharide analysis in corn syrup and brewing wort samples, glucose, maltose, maltotriose, betaine.

COLUMNS FOR ORGANIC ACID ANALYSIS

Benson Polymeric offers a wide variety of columns for the analysis of organic acids. All of our columns are packed with polymeric materials, SulfonatedPoly(Styrene-Divinylbenzene), specifically designed to maximize your separation needs. Benson Polymeric organic acid analysis columns primarily utilize ion-exclusion as the separation mechanism. Using a simple acid mobile phase (typically dilute sulfuric acid), a wide variety of organic acids can be separated without the need of a gradient. By altering the concentration of the acid mobile phase, organic acid separations can be maximized for your particular sample.

Another technique Benson Polymeric uses to maximize your separation is to offer two types of cross-linked polymers (see below). The degree of cross-linkage determines the porosity of the polymers which can be used to enhance certain separations. Benson Polymeric also recommends using column ovens in combination with our columns since the best separations are usually obtained at elevated temperatures (typical range 30 – 80º Celsius).

BENSON COLUMN DESCRIPTIONBENSON PART NUMBERTYPICAL APPLICATIONS
BP-OA2030-0USP analysis of citric, lactic and acetic acid
BP-OA2020-0Rapid screening of fruit samples such as grape must, ethanol, acetic acid, glycerol, fructose, glucose
BP-OA2000-0Organic acids in dairy products, food additives, flavor indicators, food stability, vitamin content, ascorbic acid, and nutritional analysis
BP-100 H1100-0Organic acids in dairy products, food additives, flavor indicators, food stability, vitamin content, ascorbic acid, and nutritional analysis
BP-RA2200-0Rapid screening of fruit samples such as grape must, ethanol, acetic acid, glycerol, fructose, glucose