added: 25-08-2026

How to recognise real honey?

A significant proportion of honey supplied by beekeepers does not meet current quality standards applicable to the honey trade. It often turns out that these honeys are too thin, immature, and unprepared for sale. This is mainly due to a lack of appropriate skills among beekeepers in conducting honey harvesting and preparing the honey for sale, rather than intentional honey adulteration.

Do you want to find out how to recognise real honey? We invite you to this short read, which will provide you with several tips!

Table of contents:

1. Quality standards for honey.

2. Assessment of honey density.

3. Honey purity.

4. Honey color - and the quality of raw materials.

5. Assessment of taste and aroma.

6. Honey maturity.

7. Summary.

1. Quality standards for honey.

The Polish standard allows only natural bee honeys that meet strictly defined requirements to be marketed. Honey with foreign odours, fermented, mouldy, infested by pests, containing preservatives, colouring substances, and other mechanical impurities such as dead bees or brood is unacceptable. According to the law, every legal producer must conduct appropriate tests, so it is recommended to buy honey with a printed batch serial number on the label.

2. Assessment of honey density.

Method of measuring honey density

Honey density is an indicator of its quality and its water and dry matter content. The "by eye" test is one of the simpler methods for assessing honey density, but more advanced techniques also exist.

The "by eye" test - involves taking honey on a spoon and pouring it into a container from a certain height

Density assessment:

-If the honey creates a depression on the surface, it is too thin, which may indicate a high water content.

-If it forms a distinct mound, it is considered sufficiently thick.

Method limitations - the test should be conducted after cooling the honey to room temperature, as heated honey can give false results, especially if it is too warm.

Refractometer - this is a device used for precise measurement of honey density by determining the water content.

Operating principle - the refractometer measures the refraction of light through the honey sample. The more water in the honey, the lower the density and the less light is refracted.

Usage - the refractometer allows for a quick and accurate determination of honey density, which is essential for assessing its quality and suitability for consumption.

Honey density test sample - this is a standard vessel or test tube used to conduct honey density tests.

Sample preparation - an appropriate amount of honey should be taken for testing and placed in the test tube.

Measurement method - various methods can be used, e.g. the by-eye test or using a refractometer, to determine the density of the honey.

Importance of measuring honey density

Honey quality - honey density is a key indicator of its quality. Honeys with appropriate density are usually better matured and contain less water, which affects their shelf life and taste.

Compliance with standards - honey standards specify the maximum allowable water content. Refractometry is often used to ensure that the honey meets these requirements.

Research techniques - both the "by eye" method and refractometry have their place in assessing honey density. A refractometer provides more accurate and objective results, which is particularly beneficial in international trade.

Measuring honey density is an important step in its quality assessment. The "by eye" method is a simple, though limited technique, while the refractometer offers more precise results. Thanks to such tools, beekeepers can monitor and ensure the high quality of their products, in accordance with current standards and consumer expectations.

Influence of temperature on test results

It is important that before conducting the test, the honey is cooled to room temperature. Heated honey can give false results, as higher temperature can affect its viscosity and density. Therefore, beekeepers always encourage testing honey density under appropriate temperature conditions to obtain accurate results.

Interpretation of results

Assessing honey density "by eye" is a quick method that gives beekeepers initial indications of honey quality and maturity. However, for a more complete assessment of honey quality, more advanced laboratory tests are necessary, which can accurately determine the water content and other chemical parameters.

3. Honey purity.

Honey purity is a significant factor determining its quality. The visual assessment method allows for a quick check to see if the honey contains any impurities that might affect its value.

Visual assessment method for honey purity:

Sample preparation - to conduct the test, take a small amount of honey on a spoon.

Using a white plate - then, gently pour the honey onto a white porcelain plate. The white background colour makes it easy to spot any impurities.

Observation of impurities - in a thin layer against a white background, all undesirable substances that may be present in the honey can be seen. These could be, for example, particles of wax, plant remains, pollen, and even foreign insect bodies.

Significance of honey purity:

Quality indicator: Bee honey that is clean and free from impurities is considered of higher quality and more desirable by consumers.

Compliance with standards - in many countries, there are strict standards regarding honey purity that must be met by beekeepers and producers. Impurities can disqualify honey for trade, especially if it is honey intended for direct consumption.

Cleaning process – if impurities are detected, beekeepers can use a cleaning process that involves straining the honey through sieves of various mesh sizes to remove any undesirable elements.

The visual method of assessing honey purity is a quick and easy technique that can provide initial indications of honey quality. However, for a more complete assessment, it is also recommended to conduct more advanced laboratory tests that can accurately determine the chemical composition and purity of the honey. This ensures consumers can be certain they are buying a top-quality product.

4. Honey color - and the quality of raw materials.

The colour of honey is an important indicator of its quality, depending mainly on the raw materials used by the bees and the method by which the honey was harvested.

Source of raw materials:

Plant nectar - honeys harvested from different plant species can have different colours. For example, lime honey is usually light, while heather honey can be darker.

Extraction method:

Centrifuging - centrifuged honeys, i.e. separated from the wax comb by spinning, are usually lighter and considered of better quality than honeys pressed together with the comb. Pressing can introduce additional impurities and change the honey colour to a darker shade.

Assessment of colour, taste, and aroma:

Relationship with quality - the assessment of honey colour should be comprehensive, also taking into account taste and aroma. The presence of foreign tastes, such as melted wax, may indicate an improper harvesting process, which can affect its quality.

Using the senses:

Sight, taste, and smell - the senses are used to assess the colour, taste, and aroma of honey. Sight allows its colour to be determined, while taste and aroma can provide information about possible contamination or irregularities in the production process.

Quality standards:

Restrictions - honey trade standards may specify acceptable parameters for colour, taste, and aroma. Honeys with incorrect colour may be rejected or corrected before being put on the market.

The colour of honey not only affects its visual attractiveness but also serves as a quality indicator. Light honeys are usually considered more attractive and of better quality, while darker ones may indicate irregularities in the production process. The assessment of honey colour should be thorough and also include taste and aroma to ensure consumers receive a high-quality product that meets their expectations and regulatory standards.

5. Assessment of taste and aroma.

Aroma assessment:

Natural aroma - natural bee honey has a characteristic, pleasant floral or herbal scent, depending on the type of plants from which the nectar was collected.

False aroma - a bland, sweet scent may indicate the addition of sugar or potato syrup. These substances may be added to honey to adulterate it and increase its volume.

Taste assessment:

Natural taste - natural bee honey should have a delicate, sweet taste, with notes characteristic of the plants from which the nectar originates.

False taste – a candy-like taste may indicate the addition of sugar or potato syrup. On the other hand, a strong, characteristic taste and smell may indicate the presence of beet syrup, used to adulterate honey.

Assessment methods:

Senses - the senses of taste and smell are used to assess the taste and aroma of honey. These are basic tools that allow for the initial identification of irregularities.

Confirmation by chemical analyses – in case of doubts regarding the authenticity of the honey, it is necessary to confirm the results through specialist chemical analyses.

Significance of taste and aroma assessment:

Safety and authenticity - correct assessment of honey taste and aroma is key to ensuring its authenticity and consumption safety.

Compliance with standards - honeys that do not meet expectations in terms of taste and aroma may be deemed unsuitable for sale according to quality standards.

Consumer education - consumers should be educated about the importance of honey taste and aroma assessment to enable them to make informed purchasing choices and avoid dishonest trade practices.

Through thorough assessment of taste and aroma, honey adulteration can be effectively detected and consumers can be provided with access to high-quality products that meet their expectations and quality standards.

6. Honey maturity.

Definition of maturity - honey maturity refers to its readiness for consumption and its level of chemical stability and quality. Honey is said to be mature when it reaches the appropriate water content and the correct proportions of ingredients, such as sugars and other chemical substances.

Tips regarding maturity:

Density as an indicator of maturity - honey of appropriate maturity is often thick and sticky. High density is associated with low water content and chemical maturity. However, density can also be artificially manipulated by the addition of thickening substances, which does not reflect actual maturity.

Chemical analyses:

Significance of chemical analyses - only chemical analyses can accurately determine honey maturity by measuring water content, acids, enzymes, and other chemical components. These tests are essential for assessing the quality and authenticity of honey.

Thickening and falsifying maturity:

Artificial thickening - some producers may artificially thicken honey by adding water or other substances, which leads to a false increase in density but does not improve chemical maturity.

Impact on quality - artificially thickened honeys may be less chemically stable and have poorer health and taste properties compared to naturally matured honeys.

Quality control:

Standards and regulations - honey quality standards and regulations specify minimum requirements for water content and other chemical parameters that must be met for honey to be considered mature and fit for sale.

Honey maturity is a complex issue that requires thorough chemical testing and awareness from both producers and consumers. Only properly matured bee honey provides the full quality and nutritional value that it naturally offers.

7. Summary.

Authentic honey should meet strict quality standards, eliminating foreign odours, impurities, and other imperfections. Its density and purity can be assessed using simple methods such as the "by eye" test and visual inspection against a white background. The colour, taste, and aroma are natural and characteristic of the type of nectar from which it was harvested. Honey maturity is confirmed by chemical analyses, which determine the correct water and nutrient content. These criteria are key to ensuring the authenticity and high quality of honey.