Stainless steel honey mixer - spiral
Stainless Steel Spiral for Honey Creaming – 50 cm
Do you want to have creamed honey with fine texture and excellent spreadability? The stainless steel mixing spiral belongs among proven beekeeping tools – it will help you process crystallized honey into creamy consistency that customers seek.
Why choose a spiral mixer
The spiral is designed to lift honey from the bottom upward when rotating. Thanks to this "vertical" flow, the container contents mix evenly and crystals are mechanically broken down. The result is stable creamed honey that maintains its smooth consistency long-term without coarse crystals.
Our tip: Due to the spiral shape, it may not be perfectly balanced at high speeds. We therefore recommend working with lower drill speeds – you'll reduce vibrations and simultaneously limit unnecessary aeration of the honey.
Proven tool in beekeeping practice
The spiral mixer is very widespread among beekeepers and many of them swear by it. However, it's fair to expect that different types of mixers suit different people. Some may find working with the spiral less comfortable due to the shape of the end. If you're starting with honey creaming, it may make sense to try other variants (e.g., mixing prism or propeller) and choose the one that works best for you.
Stainless steel construction and easy maintenance
The mixer is made of food-grade stainless steel – hygienic, durable and suitable for repeated use in beekeeping operations. After finishing work, it's usually sufficient to rinse it with warm water. The 50 cm length is suitable for common containers and settling tanks used in small to medium operations.

Technical specifications
| Parameter | Description |
| Mixer type | Spiral (lifts honey from bottom for even mixing) |
| Total length | 50 cm |
| Material | Food-grade stainless steel |
| Hive box | Hexagon (for standard drill chuck) |
| Use | Mechanical honey creaming, mixing sugar syrup |
Note: If a video demonstration of creaming is available for this product, it will be displayed here.



































































































































































































