Fera’s food authenticity team can analyse alcoholic beverages to determine their alcoholic strength by volume, expressed as ‘% vol’ on product labels. Alcohol by volume (ABV) is a standard measure of how much ethanol is contained in a given volume of an alcoholic beverage, defined as the number of millilitres of pure ethanol present in 100 millilitres solution at 20 °C. This analysis can suit both beverage producers and retailers wishing to verify labelling claims.
It is a legal requirement for alcoholic beverages containing more than 1.2 % by volume of alcohol to indicate the alcoholic strength on their label, denoted by ‘% vol’. The figure shall be given to not more than one decimal place. In certain cases, the figure shall be preceded by the word ‘alcohol’ or the abbreviation ‘alc.’. Fera’s analysis can determine the alcoholic strength by volume meeting the tolerance of 0.3% for beverages. Our scientists are experts in food authenticity, with years of experience developing methodologies and supporting industry.
In the EU there are some tolerances allowed in respect of the indication of the alcoholic strength by volume depending on the beverage. Our scientists are experts in current regulation, and can advise you on current limits if required, as well as undertaking tests to prove compliance. The tolerances currently allowed are as follows:
- 1.5 % vol. for beverages containing macerated fruit or parts of plants.
-
1 % vol.
(I) for beers having an alcoholic strength exceeding 5.5 % vol.
(II) beverages made from grapes classified under subheading 22.07 B I of the Common Customs Tariff,
(III) ciders, perries and other similar fermented beverages produced from fruits other than grapes, and
(IV) beverages based on fermented honey. - 0.5 % vol. for beers having an alcoholic strength not exceeding 5.5 % vol. and beverages made from grapes classified under subheading 22.07 B II of the Common Customs Tariff.
- 0.3 % vol. for all other beverages.
Analysis can be used to determine the alcoholic strength of any alcoholic beverage, and can be used to verify products are true to label confirming the alcoholic strength lies within the tolerances permitted by regulation. Contact us to discuss your bespoke requirements.
Fera’s leading scientists analyse samples using Near-Infrared Spectroscopy, typically returning results within 10 working days of sample receipt.
Please contact us to discuss volume discounts.
| Detail | Specification |
|---|
Alcoholic Strength by Volume
Add Samples
| Your Ref | Type | Qty | Expected Arrival | Origin | Added | Surcharge | |
|---|---|---|---|---|---|---|---|
| IG-Pink-Gin-Gold/1 | Beverages | 200 ml | 5 Jun 2026 | United Kingdom | 3 Jun 2026 | £0.00 | |
| 001 | Fruit (Including Concentrate, Dried, Fresh, Juice, Purée) | 200 g | 12 Feb 2026 | Colombia | 8 Feb 2026 | £0.00 | |
| yfufiyl | Honey | 200 g | 14 Jan 2026 | Angola | 5 Jan 2026 | £0.00 | |
| djjd | Honey | 200 g | 20 Jan 2026 | South Africa | 5 Jan 2026 | £0.00 | |
| 57ue567iu | Beverages | 200 ml | 15 Jan 2026 | Albania | 5 Jan 2026 | £0.00 | |
| TERRA01 | Fruit (Including Concentrate, Dried, Fresh, Juice, Purée) | 200 g | 24 Nov 2025 | United Kingdom | 19 Nov 2025 | £0.00 | |
| cider | Beverages | 200 ml | 3 Oct 2025 | United Kingdom | 28 Sept 2025 | £0.00 | |
| Garden apple | Fruit (Including Concentrate, Dried, Fresh, Juice, Purée) | 200 g | 21 Sept 2025 | United Kingdom | 17 Sept 2025 | £0.00 | |
| Garden apple | Fruit (Including Concentrate, Dried, Fresh, Juice, Purée) | 200 g | 22 Sept 2025 | United Kingdom | 17 Sept 2025 | £0.00 | |
| 123 | Beverages | 200 ml | 29 May 2025 | United Kingdom | 26 May 2025 | £0.00 |
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