Sugars: Fructose / Glucose / Sucrose

Sugars: Fructose / Glucose / Sucrose
Contact Us

  • Preferred contact Method:

  • Telephone

We will use the email address provided above to contact you about this service within 2 working days

Sugars: Fructose / Glucose / Sucrose
  • Method Used
  • Minimum Sample
  • Minimum no. of samples required
  • Standard Turnaround
    10 working days

Using reversed phase HPLC coupled with a refractive index detector Fera’s food safety experts can analyse your honey, alcoholic or soft drinks, fruit juice or fruit juice concentrate samples to determine the total sugar content. The total sugar content is the sum of the individual sugars glucose, sucrose and fructose.

Glucose and fructose are naturally present in grapes. There can be small mounts of these residual sugars found in wine after the fermentation process. Sucrose is not a natural constituent of grapes and therefore, if detected in wine, could be a indication of chaptalisation

Wine adulteration methods are usually employed for chaptilisation purposes, that is; artificially increasing the alcohol content of a beverage. This can be used as a time and cost saving exercise against regular fermentation processes, and is known as a common wine adulteration tactic. Feras effective technologies and analysis techniques can highlight the presence of chaptilisation, and sugar addition within your sample.

When labelling food and drinks, sugar is often referred to as either ‘free sugars’ or ‘total sugars’. Free sugars are sugars which are added by the manufacturers but can also be the sugars which are found naturally in honey, alcoholic drinks like wine, and fruit juice. Free sugars are the ones that need to be eaten less of. The total sugars value given on food labels includes all sugars, ie those naturally present and those added.

An important reason for analysing fruit juices, wine and honey for their total sugar content is to combat adulteration. If fruit juices have been analysed in detail it is possible to compare composition tables, variation from these tables can indicate adulteration has taken place. The sugar profile of fruit juices forms an important part of these tables. The most commonly used fraud in the fruit juice industry is to add cane or beet sugar to a juice to mimic the natural sucrose/glucose/fructose profile

Adulteration of honey is usually by the addition of other sugars, syrups, or compounds to change its flavor or viscosity. It usually makes it cheaper to produce or increases the fructose content to try and prevent spoilage by crystallization. Any product labelled as honey must be completely natural product thus adulteration of honey can be used as a method of deception where buyers are led to believe that the honey is pure. The most common adulteration ingredient in honey is corn syrup which is very difficult to distinguish from unadulterated honey

Submitting your Sample

When submitting your sample please include the food sample submission form to allow us to process your samples efficiently. Failure to send a sample submission form may result in a delay of your sample being tested.

Download the food sample submission form here.





Sample Information


Minimum Sample Quantity (Batch Size)




Turnaround Time

10 working days

You may also be interested in

Image for Natamycin Screen (Optional Quantification of Positve Result)

Natamycin Screen (Optional Quantification of Positve Result)

Feras food testing abilities can highlight levels of Natamycin within a range of food samples, including wine. Natamycin (INN), also known as pimaricin and sometimes sold as Natacyn, is a naturally occurring antifungal agent produced during fermentation.

Image for Isotope ratio (includes: (D/H)I & II, 13C and 18O)

Isotope ratio (includes: (D/H)I & II, 13C and 18O)

Our wide range of analysis activities are underpinned by our UKAS accredited stable isotope analysis methods.

Image for 3-MPD & Cyclic Diglycerols

3-MPD & Cyclic Diglycerols

Fera’s leading food authenticity scientists can analyse your samples for the presence of methoxy-1,2-propanediol (3-MPD) and cyclic diglycerols (CycDs), which are an indicator of potential adulteration of wine with synthetic glycerol.