Sunflower honey
Straw, beeswax and pollen, with a slightly waxy mouthfeel and a fresh, faintly herbal edge.
Miel de tournesol / Girasol
HoneyHQ reference sheet — honeyhq.app/honey/sunflower-honey, record reviewed 2026-10-30. Values describe the honey type, not any one jar; sources are listed at the end.
A bright yellow-gold honey with an unusually vegetal, pollen-heavy character, and one of the fastest to set. Sunflower honey is a field-crop honey produced wherever sunflowers are grown for oil, and it has a distinctive straw-and-beeswax flavour that reads as rustic to admirers and as flat to detractors. Its brilliant colour and rapid granulation make it easy to identify.
Flavour and aroma
- Intensity
- Mild, step 2 of 5, from delicate to intense
- Sweetness
- Sweet, step 3 of 5, from restrained to intense
- Bitterness
- None, step 1 of 4, from none to pronounced
- Acidity
- Bright, step 3 of 3, from low to bright
- Finish
- Short, step 1 of 3, from short to longFrom the tasting panel's persistence rating.
Each scale is a set of named steps, not a measurement: the boxes show order, and equal spacing does not mean equal differences.
- Floral and fruity: floral, fruity, citrus
- Green and herbal: herbaceous (present), vegetal (present)
- Warm and cooked: caramel, buttery, malty, nutty, molasses and treacle
- Woody and resinous: resinous, woody, smoky
- Spicy and sharp: spicy, phenolic and medicinal
- Earthy and mineral: mineral and saline, waxy (present), animal and barnyard
- Aroma
- fresh straw, pollen, beeswax, camomile
- Flavour
- hay, beeswax, green stem, light caramel once set
- Finish
- Short and faintly waxy.
- Flavour character
- Green and herbal — vegetal, herbaceous
- Earthy and mineral — waxy
Checked against a trained tasting panel
A trained panel's published description of this honey type exists, and the scales on this page are compared with it below. Panels describe populations of honey from a stated region and period; a single jar can differ.
Reference: Helianthus (sunflower) honey, 358 samples — Main European unifloral honeys: descriptive sheets; Sensory analysis applied to honey: state of the art.
How this page compares with the panel (5 of 5 agree)
| Scale | This page | Panel | Agrees |
|---|---|---|---|
| Sweetness | Sweet | medium | Yes |
| Acidity | Bright | strong | Yes |
| Bitterness | None | absent | Yes |
| Crystallisation | Very fast | quick | Yes |
| Finish | Short | short | Yes |
“Differs” is kept visible rather than hidden: the panel described honey from one region and period, and a record covering a wider production can honestly sit outside it.
Sourced odour and aroma descriptors
Only what a trained panel or an official honey specification has said, grouped by the International Honey Commission’s odour-and-aroma families. Each entry says which.
Floral – fresh fruit — Flowers and fresh fruit — split by panels into floral and fruity
- Fresh fruit· panel: Trained tasting panel
Warm — Caramel, toffee, malt, cooked sugar — the notes of browning
- Warm· panel: Trained tasting panel
Vegetal — Green, grassy, hay and cut-stem notes
- Vegetal· panel: Trained tasting panel
The sources’ own words (0 quoted)
Sources
- Main European unifloral honeys: descriptive sheets — Apidologie, 2004 (10.1051/apido:2004049).
- Sensory analysis applied to honey: state of the art — Apidologie, 2004 (10.1051/apido:2004048).
A specification describes honey sold under one protected name from one region; a panel describes the samples it tasted. Neither promises what a particular jar will taste of.
Colour, texture and crystallisation
- Colour
- Water white0–8 mm
- Extra white8–17 mm
- White17–34 mm
- Extra light amber34–50 mm — this honey
- Light amber50–85 mm — this honey
- Amber85–114 mm
- Dark amber114+ mm
Pfund grades, palest to darkest. Outlined: where this honey usually falls. Swatches are illustrations; real colour depends on depth, container and light. Bright golden yellow, more saturated and more yellow than most honeys of the same depth.
On setting: Sets to an opaque, bright buttery yellow.
- Texture
- Crystallised; Soft set; Thick but pourable
- Crystallisation
- Very fast, step 5 of 5, from very slow to very fast
Very fast — can set in the comb before it is extracted; sets with a coarse crystal.
High glucose share and a high pollen load — plenty of glucose to come out of solution and plenty of particles for it to nucleate on. It commonly granulates within weeks, and unlike rapeseed it tends to a coarser, more granular set that some readers find gritty.
Typical composition
- Moisture
- 15–18.5% (typically 16.5%)
- Fructose
- 36–41% (typically 38%)
- Glucose
- 34–40% (typically 37%)
- Glucose-to-fructose ratio
- 0.9–1.1 (typically 0.97)
- pH
- 3.5–4.3 (typically 3.9)
- Electrical conductivity
- 0.2–0.5 mS/cm (typically 0.3 mS/cm)
These are typical ranges assembled across published work, not measurements of a specific honey.
What these mean: the sugars and the ratio · moisture · conductivity · how each is measured
What laboratories and tasting panels measured
From the European reference description of Helianthus (sunflower) honey: 358 authentic samples pooled by the International Honey Commission. These describe a population of honeys, not this or any particular jar — the standard deviations and sample counts are here so that no mean is mistaken for a specification.
| Parameter | Mean | Standard deviation | Limits | Samples |
|---|---|---|---|---|
| Pollen of the named plant% of pollen grains | 56.7 | ± 24.2 | 12 to 92 | 229 |
| Colourmm Pfund | 52.4 | ± 9 | 35 to 70.1 | 189 |
| Electrical conductivitymS/cm | 0.34 | ± 0.08 | 0.23 to 0.51 | 272 |
| Specific rotation[α]D20 | -17.5 | ± 1.9 | -21.3 to -13.6 | 105 |
| pHpH | 3.8 | ± 0.2 | 3.5 to 4.2 | 243 |
| Free aciditymeq/kg | 23.1 | ± 6.3 | 14.2 to 35.5 | 221 |
| Lactonesmeq/kg | 10.1 | ± 5.8 | 0.9 to 20.1 | 193 |
| Total aciditymeq/kg | 32.1 | ± 5.8 | 20.6 to 42.7 | 193 |
| Waterg/100 g | 17.8 | ± 1.1 | 15.7 to 19.9 | 233 |
| Diastase activitySchade units (DN) | 20.8 | ± 5.6 | 10 to 31.9 | 231 |
| Invertase activityU/kg | 117 | ± 37.6 | 66.2 to 192.1 | 66 |
| Prolinemg/kg | 562 | ± 146 | 348 to 794 | 28 |
| Fructoseg/100 g | 39.2 | ± 1.6 | 36.1 to 42.4 | 178 |
| Glucoseg/100 g | 37.4 | ± 1.5 | 34.5 to 40.4 | 177 |
| Sucroseg/100 g | 0.3 | ± 0.2 | 0 to 0.7 | 157 |
| Fructose + glucoseg/100 g | 76.7 | ± 2.7 | 71.3 to 82 | 176 |
| Fructose ÷ glucoseratio | 1.05 | ± 0.04 | 0.97 to 1.13 | 176 |
| Glucose ÷ waterratio | 2.1 | ± 0.13 | 1.84 to 2.35 | 153 |
How a trained panel describes it
- Colour
- Medium; bright yellow
- Odour
- Weak — Floral – fresh fruit (fruity), Warm, Vegetal
- Aroma in the mouth
- Weak to medium — Floral – fresh fruit (fruity), Warm, Vegetal
- Taste
- Sweetness medium; acidity strong; bitterness absent
- Persistence
- Short
- Other sensations
- When crystallised with very small crystals, refreshing (like “fondant”)
- Crystallisation
- Quick
Crystallisation with hard crystals (hardly soluble) is frequent.
The family names are a trained-panel vocabulary: floral – fresh fruit means flowers and fresh fruit — split by panels into floral and fruity; warm means caramel, toffee, malt, cooked sugar — the notes of browning; vegetal means green, grassy, hay and cut-stem notes. How panels taste honey.
What each measurement tells you
- Pollen of the named plant
- Share of the pollen that comes from the plant the honey is named after. Varies enormously by plant — chestnut over-represents its pollen, citrus and lavender under-represent theirs — which is why no single percentage defines 'monofloral'.
- Colour
- Depth of colour on the Pfund scale — 0 is water-white, above 114 is dark amber. Tracks minerals and phenolic compounds, and darkens with heat and age.
- Electrical conductivity
- How well a honey solution carries current, which rises with its mineral and acid content. The main official test separating honeydew and chestnut honeys (high) from most blossom honeys (low).
- Specific rotation
- The direction in which the sugars turn polarised light. Fructose turns it left, so blossom honeys read negative; honeydew honeys carry oligosaccharides that turn it right and read positive.
- pH
- Acidity as a logarithmic scale. Honey is always acidic; honeydew and chestnut honeys sit highest because their minerals buffer the acids.
- Free acidity
- The acid present as free acid, mostly gluconic acid made by the bee enzyme glucose oxidase. Rises with fermentation, which is why it has a legal ceiling.
- Lactones
- Acid held in lactone form — the reserve that free-acidity titration does not see. Added to free acidity to give total acidity.
- Total acidity
- Free acidity plus lactones.
- Water
- Moisture content. Decides whether a honey can ferment and how fast it pours; set by the nectar, the weather and how long the bees ripened it.
- Diastase activity
- Activity of the starch-digesting enzyme the bees add. Falls with heating and storage, so a low value in a honey that should be high suggests heat or age — but some honeys, citrus and acacia among them, are naturally low.
- Invertase activity
- Activity of the bee enzyme that splits sucrose into glucose and fructose. More heat-sensitive than diastase, and a sharper indicator of freshness and gentle handling.
- Proline
- The main free amino acid, mostly from the bees' own secretions. A low value is one signal of sugar-syrup dilution or of an unripe honey.
- Fructose
- The sweeter, more soluble of the two main sugars. Honeys rich in it stay liquid.
- Glucose
- The less soluble of the two main sugars and the one that crystallises. Honeys rich in it set quickly and finely.
- Sucrose
- Ordinary sugar, mostly split by the bees during ripening. A few honeys — lavender, acacia, citrus — keep more of it naturally, which is why their legal limits are higher.
- Fructose + glucose
- The two main sugars together. Lower in honeydew honeys, which carry more oligosaccharides — melezitose, erlose and others — made by the insects that produced the honeydew.
- Fructose ÷ glucose
- The single best predictor of whether a honey crystallises. Below about 1.1 it sets quickly; above about 1.3 it tends to stay liquid for a long time.
- Glucose ÷ water
- How much glucose there is for each part of water. Above about 2.1 the solution is supersaturated enough to crystallise fast; below about 1.7 it crystallises slowly or not at all.
Population: Authentic unifloral honeys produced in 21 countries of the European geographical area, analysed by 20 laboratories in 11 countries of the International Honey Commission working group formed in 1998; published 2004.
Electrical conductivity and specific rotation are expressed on honey dry matter; every other value on the honey as it is.
Diastase and invertase are given for fresh honeys only; both fall with age and heating.
The limits are the source's 95% confidence limits, replaced by the observed minimum or maximum wherever the limit would have fallen outside the data.
Checked 2026-09-29 against: Main European unifloral honeys: descriptive sheets (2004); Sensory analysis applied to honey: state of the art (2004). Descriptive sheet, pp. S62–S63.
Where it comes from
- Floral source
- Helianthus annuus, grown at field scale for oilseed.
- Origins
- France, Spain, Italy, Hungary, Romania, Ukraine, Russia, Bulgaria, Argentina and the United States.
- Origin pages
Resolved from both directions — origins this honey names, and origins that name it.
- Typical harvest
- July to August (northern hemisphere)
A typical window for the honey type, HoneyHQ synthesis — not a calendar for any one place.
- The bees
- Sunflowers are an unusually visible two-way relationship: bee visitation measurably improves seed set and oil yield, so the crop genuinely benefits from the pollination as well as feeding the bees. Modern hybrid varieties differ considerably in how much nectar they secrete, and some yield very little honey.
- Usual processing
- Spun (centrifugally extracted), Creamed (seeded and controlled-set), Coarsely strained
What to do with it
A good everyday spreading honey once set, and a reasonable baking honey. Its vegetal note reads oddly in delicate tea and well in anything with butter or oats.
SpreadingBakingAt the tableGlazing and roasting
Pairings
- Fresh cow's milk cheeses
Both mild and lactic; the honey's waxiness gives the pairing something to hold.
- Cornbread and oat biscuits
Grain and straw are the same family of flavour.
- Roast carrots and parsnips
Its vegetal edge belongs in savoury company more than in a dessert.
Pairing pages this honey appears on
Selected by this honey’s own recorded intensity, flavour families and uses rather than by anything written above — each page prints the rule that put it there.
Where this honey sits in the catalogue
Similar honeys and substitutes
Three different questions with different answers: a honey that tastes alike can behave differently in a recipe, and the same set texture says nothing about flavour. Each list is chosen from the recorded fields that matter to its question — and, where tasting panels or specifications described both honeys, the terms they share — and every suggestion says which, and what will be different. Compare it side by side or build a tasting flight.
Tastes similar
If you like this honey, try
- Five finger honey
Similar because
- Both vegetal and waxy
- Same intensity — mild
Different: softer (acidity: moderate)
- Willow honey
Similar because
- Both vegetal and waxy
- Same intensity — mild
Different: softer (acidity: moderate)
- Field maple honey
Similar because
- Both vegetal and waxy
- Close in intensity — moderate
Different: softer (acidity: moderate)
Cooks similarly
If it is not available for a recipe, use
- Chinese tallow honey
Similar because
- Same intensity (mild), so it shows through a recipe to the same degree
- Recorded for the same uses: at the table, spreading and baking
Different: softer (acidity: moderate)
- Five finger honey
Similar because
- Same intensity (mild), so it shows through a recipe to the same degree
- Recorded for the same uses: spreading, at the table and baking
Different: softer (acidity: moderate)
- Willow honey
Similar because
- Same intensity (mild), so it shows through a recipe to the same degree
- Recorded for the same uses: at the table, spreading and baking
Different: softer (acidity: moderate)
Same texture
For the same feel in the jar, try
- Dandelion honey
Similar because
- Also sold crystallised, soft set and thick but pourable
- Crystallises at the same very fast rate
- Same coarse crystal when it sets
Different: more bitter (bitterness: trace); softer (acidity: moderate); stronger flavour (intensity: pronounced)
- Greek erica honey
Similar because
- Also sold thick but pourable, crystallised and soft set
- Close in crystallisation (fast)
- Same coarse crystal when it sets
Different: more bitter (bitterness: noticeable); softer (acidity: moderate); stronger flavour (intensity: pronounced)
- Aster honey
Similar because
- Also sold crystallised, soft set and thick but pourable
- Crystallises at the same very fast rate
Different: more bitter (bitterness: trace); softer (acidity: moderate); stronger flavour (intensity: moderate)
Sources
- HoneyHQ editorial synthesis — HEKNO Ltd · HoneyHQ synthesis
How sources are selected and weighted is set out in the sources and evidence policy.
Guides that cover this honey
- Why honey crystallisesGranulation is not spoilage, not a sign of adulteration, and not evidence that honey is raw. It is glucose doing what glucose does — and the rate is predictable from the sugar ratio.
- Which crops need pollinators, and which bees do the workCrop by crop, the need for pollinators runs from total to none. How much of that work honey bees do is a separate question, and so is whether a grower rents hives — the three answers often differ.
Tools for choosing and using honey
- Honey finder
Which honey should I buy for what I actually want to do with it?
- Flavour selector
I like this taste — which honeys have it?
- Honey comparison
How do these honeys actually differ, beyond colour?
- Honey substitute calculator
How much honey do I use instead of sugar, and what else has to change?
- Storage guide
How should I store honey, and what do I do when it sets?