Thunder Brook Apiary

03/21/2026

01/15/2026

🍯Honey Crystallization?
Many consumes have yet not understood the behavior of real honey. Here are some tips
Honey crystallization (also called granulation) is when liquid honey naturally turns solid or semi-solid over time. It happens because honey is a supersaturated solution of sugars (mainly glucose and fructose) in water. Since there’s more sugar than water can permanently hold, glucose tends to form tiny crystals.

Factors That Affect Crystallization.
1. Sugar Composition..... High glucose honeys (like clover, canola) → crystallize quickly.
High fructose honeys (like acacia) → stay liquid for years.

2. Water Content
Less water → faster crystallization.

3. Temperature
Fastest crystallization: 10–15 °C (50–59 °F).
Slower: >25 °C (77 °F) or near refrigeration/freezing.

4. Nucleation Sites
Pollen grains, wax particles, air bubbles → act as “seeds” for crystals to grow.

Crystallized honey has unchanged Nutritional quality if it hasn’t been overheated.

How to Liquefy Crystallized Honey
Place the jar in warm water (~40 °C / 104 °F) and stir.

To Control Crystallization
Store at room temperature (20–25 °C / 68–77 °F).
Use glass jars instead of plastic (less porous).
Filter out particles if you want honey to stay liquid.

12/28/2025

Sometimes a mouse slips into a beehive, drawn by warmth and the scent of honey. The bees respond at once, defending their home until the intruder falls still. But what they can’t carry out, they cannot leave to rot. So they coat the body in propolis—tree resin mixed with enzymes of their own making—layer after layer until it’s sealed like amber. Within that shell, decay halts, disease is locked away, and the hive endures. In a world of honey and order, even death is disinfected.

12/26/2025

Merry Christmas from Thunder Brook Apiary! Thank you to everyone who made this our most successful year ever!