🟤 Propolis Trap Lab

About this simulation

Propolis — "bee glue" — is a resinous cement that honey bees make by mixing plant resins (gathered from tree buds and wounded bark) with wax and salivary enzymes. They use it to varnish the inside of the hive, seal cracks, smooth rough surfaces and embalm intruders they cannot remove. Bees strongly dislike open gaps of a certain width — the "bee space" — and will propolize them shut, a behaviour beekeepers exploit with a plastic or fabric propolis trap laid over the top bars: bees fill its slots with resin, and the whole sheet is then chilled until brittle and flexed to pop the propolis flakes free.

How it works

• Forager bees — more resin-collecting bees deliver more raw material to the trap per minute.
• Hive temperature — foraging and resin-working peak in the low-to-mid 20s °C; bees forage less when it's cold, and prioritise cooling the brood nest over collecting when it's very hot.
• Trap mesh gap — bees propolize a roughly 4mm gap ("bee space") most eagerly; gaps much finer or much coarser than that get sealed less enthusiastically, so a well-tuned trap harvests more propolis.
• Once the mesh is filled, propolis is pliable and gummy at hive temperature — which is why it must be frozen before it can be scraped or flexed out cleanly.

Controls

• Forager bees — number of bees actively gathering resin (4–30).
• Hive temperature — ambient colony temperature in °C (5–35), also changes how soft or brittle the accumulated propolis looks.
• Trap mesh gap — fine, medium (optimal "bee space") or coarse slot width.
• ❄ Freeze & harvest trap — chills the sheet, pops the flakes free and adds the yield to your running total. Drag to rotate, scroll to zoom.

Did you know?

Propolis has documented antimicrobial, antifungal and antioxidant properties and has been used since antiquity — the ancient Egyptians used it in embalming, and modern research studies it for wound dressings, dental varnishes and natural preservatives.