Reviewed by Thomas B. · Last Updated September 24, 2026 · How we review
For creamed honey, use 5 to 10 percent finely ground seed by weight of the finished batch. That means about 1.6 to 3.2 ounces of seed for a 2-pound batch, or 3 to 6 pounds for a 60-pound pail. The range comes from Elton J. Dyce’s Cornell research: below 5 percent the finished honey tends to turn coarse, and above 10 percent the extra seed doesn’t make the honey any finer, it just uses up seed. Mix the seed into honey at 60 to 75°F, keep the batch at about 55 to 57°F (13-14°C) for about a week, and start with honey at or below 18 percent moisture.
This guide is about getting the seed amount right and the conditions that go with it. For the difference between creamed and whipped products, see creamed honey vs whipped honey. For mixers and stir tanks, see our guide to creamed honey equipment.
Key Takeaways
- Use 5 to 10 percent seed by weight. That is Dyce’s recommended range, reported by Cornell’s Dyce Laboratory. The popular “10 percent” figure is the top of the range, not the minimum.
- “1:10” and “10 percent” aren’t the same thing. One part seed to ten parts honey is 9.1 percent of the batch. Either is fine, but know which one you are using.
- Seed fineness matters as much as seed amount. Coarse seed makes coarse creamed honey, whatever the ratio.
- Seed at 60 to 75°F, then set at 55 to 57°F. Warmer honey melts the seed crystals. A cooler room slows the set.
- Keep moisture at or below about 18 percent. Crystallization frees water into the remaining liquid, which raises the risk of fermentation.
- Crystallize in the final jar. Creamed honey can’t be repacked once it has set.
Table of Contents
- Where the 5 to 10 Percent Ratio Comes From
- Seed Amounts by Batch Size
- Why Too Little Seed Makes Gritty Honey
- Making Seed That Is Fine Enough
- Temperature and Moisture Targets
- Step-by-Step Seeding Method
- Notes for Red River Valley Honey
- Frequently Asked Questions
Where the 5 to 10 Percent Ratio Comes From
Almost every creamed honey recipe repeats “10 percent seed,” but few say where the number comes from. The original source is Elton J. Dyce, who developed controlled crystallization at Cornell University and patented the process in 1935 (US Patent 1,987,893), with the proceeds going to Cornell.
The patent itself uses a lower figure. Dyce describes adding “a portion (say about 5%)” of finely crystallized honey to the cooled liquid honey. He also reports testing a much wider range:
“I have used various percentages by weight of liquid and the finely crystallized honey, from as low as 1% to over 20%.”
The practical range that producers use today comes from Cornell’s Dyce Laboratory for Honey Bee Studies. In “Creamed Honey – Theory,” Nicholas W. Calderone of the Dyce Lab sets out both ends of the range:
“Using less than 5% seed crystal to seed a new batch of honey results in a coarse product. Adding more than 10% seed crystal is wasteful.”
Calderone also writes that Professor Dyce recommended 5 to 10 percent finely ground seed crystal. So “10 percent” is a safe, generous figure, not a minimum. If your seed is very fine and your temperatures are right, 5 to 7 percent works and saves seed for the next batch.
Seed Amounts by Batch Size
Weigh both the honey and the seed, since volume measures are unreliable with thick honey. The table shows seed as a percentage of the finished batch (seed plus honey), along with the common “1 part to 10” ratio.
| Finished batch | 5% seed | 1:10 ratio (9.1%) | 10% seed |
|---|---|---|---|
| 1 lb (16 oz) | 0.8 oz | 1.45 oz | 1.6 oz |
| 2 lb (32 oz) | 1.6 oz | 2.9 oz | 3.2 oz |
| 5 lb | 4 oz | 7.3 oz | 8 oz |
| 12 lb (a case of 1-lb jars) | 9.6 oz | 1.1 lb | 1.2 lb |
| 60 lb pail | 3 lb | 5.5 lb | 6 lb |
To work it out yourself, multiply the finished batch weight by the percentage. For 10 percent, a 5-lb batch is 0.5 lb of seed plus 4.5 lb of liquid honey. With a “1:10” ratio, 5 lb of liquid honey gets 0.5 lb of seed, which gives a 5.5-lb batch at 9.1 percent. The difference won’t affect the result, but using one method consistently makes batches repeatable.
Why Too Little Seed Makes Gritty Honey
Seed works by giving glucose ready-made crystal surfaces to grow on. Calderone explains that crystallization proceeds from the surface of each seed crystal outward until it meets another growing crystal. With plenty of fine seed, millions of small crystals meet each other while they are still too small to feel on the tongue. With too little seed, each crystal has room to grow large before it meets a neighbour, and the result is gritty.
This is the same effect that makes some honeys set smoother than others naturally. Our explainer on why some honeys crystallize faster than others covers the chemistry. Adding seed simply makes fast, fine crystallization happen on purpose.
There is little reason to go above 10 percent. Extra seed doesn’t make the crystals smaller than the seed allows, and it uses up creamed honey you could sell or use to seed the next batch.
Making Seed That Is Fine Enough
The seed’s grain is copied into the whole batch, so seed quality matters as much as the ratio. You have three options:
- Use smooth creamed honey from a previous batch. This is the simplest option, as long as the previous batch was truly smooth.
- Use a store-bought creamed honey as your first seed. Check that it is smooth rather than grainy, since you are copying its texture.
- Grind naturally crystallized honey. Take a fine-grained crystallized honey and grind it in a food processor or mortar until it feels completely smooth on the tongue. Coarse natural crystals won’t work as seed until they are broken down.
Dyce’s method adds an intermediate step for larger operations. Calderone describes mixing the ground starter into 10 to 20 times its weight of prepared honey, setting that at 55°F for a week, then grinding it again and using it to seed the production batch. Each round refines the seed. For home batches, one good seed is usually enough.
Temperature and Moisture Targets
| Stage | Target | Why |
|---|---|---|
| Honey when seed is added | 60 to 75°F (16-24°C) | Above 75°F the seed crystals start to melt, and the grain gets coarser |
| Setting room | 55 to 57°F (13-14°C), about one week | Dyce found 57°F gives the fastest crystallization |
| Storage after setting | Below 70°F, ideally below 50°F | Warm storage softens creamed honey and can cause separation |
| Moisture of the honey | About 17 to 18.5%, depending on season and region | Drier honey sets firmer, while wetter honey risks fermentation |
Moisture needs particular care. Calderone notes that glucose crystals hold only about 9 percent water, while liquid honey holds 17 to 19 percent. When glucose crystallizes, the leftover water moves into the remaining liquid and raises its moisture, which “creates an environment favorable for the growth of the yeast.” That is why creamed honey made from wet honey can ferment even when the original honey seemed fine. Check every batch with a refractometer before seeding. For the signs of a batch going wrong, see granulation vs fermentation.
Dyce also used moisture to control firmness. According to Calderone, he recommended honey at 17.5 to 18.0 percent moisture for creamed honey made in northern states in summer, and 18 to 18.5 percent in northern winters, when cold rooms would otherwise make the product too hard. If you use unpasteurized raw honey, stay at the lower end of that range, since its natural yeasts have not been killed.
Step-by-Step Seeding Method
Step 1: Check and prepare the liquid honey
Measure moisture and blend honeys if needed to reach your target. Warm the honey only enough to dissolve any existing crystals and strain it. Dyce’s commercial method pasteurized honey at 150°F for 15 minutes to kill yeast. Many small producers skip this to keep the honey raw and accept a higher fermentation risk. For gentler warming, see our guide to reliquefying honey without damage.
Step 2: Cool the honey to seeding temperature
Bring the honey to between 60 and 75°F. If you heated it, cool it quickly, because slow cooling from high temperatures darkens honey and damages flavor.
Step 3: Weigh and add the seed
Weigh the seed at 5 to 10 percent of the batch and soften it at room temperature so it blends easily. Add it to the liquid honey.
Step 4: Mix thoroughly without adding air
Stir with a paddle or a low-speed mixer kept well below the surface. The patent describes agitating the whole batch for about fifteen minutes with the agitator placed so that it does not “suck air bubbles from the top of the container.” Air rises to form a foam layer that spoils the look of the jars. Let the mixed honey stand for a few hours and skim off any foam before filling.
Step 5: Fill the final containers
Fill the jars you will sell or use. Creamed honey sets in its container and can’t be repacked later without warming and starting over. See our bottling temperature guide for clean filling.
Step 6: Set at 55 to 57°F
Leave the jars undisturbed at 55 to 57°F for about a week. The National Honey Board’s crystallization fact sheet describes Dyce-process honey as firm in three days and creamy and spreadable in six. The jars are done when the honey is uniformly opaque and holds its shape when tipped. Then move them to cool storage.
Notes for Red River Valley Honey
- Canola honey is a natural candidate. Canola crystallizes quickly and usually with a fine grain, so many northern producers cream it instead of fighting it. Seed it soon after extraction, before it starts to set on its own with coarse crystals.
- Finding 55 to 57°F. An unheated basement in eastern North Dakota or western Minnesota is often close to this range in spring and fall. A garage in January is not, since honey below 50°F sets very slowly. A wine fridge set to 55°F is a reliable option.
- Late-season moisture. Honey from a humid late summer can arrive at 18 percent moisture or more. Measure it, and blend with drier honey rather than seeding it as-is. For how humidity affects honey after extraction, see how humidity affects extracted honey.
Frequently Asked Questions
What is the correct seed ratio for creamed honey?
Use 5 to 10 percent seed by weight of the finished batch, the range attributed to Elton J. Dyce by Cornell’s Dyce Laboratory. Many home producers use 10 percent, or 1 part seed to 10 parts honey, for a safety margin.
What happens if I use too little seed?
Below about 5 percent, each seed crystal grows larger before it meets its neighbours, so the honey sets coarse and gritty. It also takes longer to set.
Can I use more than 10 percent seed?
You can, and it won’t harm the honey. Cornell’s guidance describes more than 10 percent as wasteful, because extra seed doesn’t make the texture any finer.
Can I use store-bought creamed honey as seed?
Yes, as long as it is smooth. The batch copies the seed’s grain, so a gritty starter produces gritty creamed honey.
Why did my creamed honey turn out grainy?
The usual causes are too little seed, seed that wasn’t fine enough, honey warmer than 75°F when the seed went in, or a setting room that was too warm. Check each of these on your next batch.
Why is there a white layer or foam on top of my creamed honey?
Foam comes from air mixed in while stirring. White streaks near the glass are often “frosting,” where the honey pulls away slightly from the jar as it sets. Neither is harmful. Gentler mixing and letting the batch stand before filling reduce both.
The Bottom Line
The seed ratio for creamed honey is 5 to 10 percent by weight, and the evidence for that range goes back to Dyce’s work at Cornell. Getting the ratio right only works if the seed is fine, the honey is between 60 and 75°F when you seed it, the jars set at 55 to 57°F, and the moisture is at or below about 18 percent. Weigh everything, write down each batch, and use your best batch to seed the next one.
