Propolis is a natural substance produced by bees using plant resins. It has been valued for centuries and is now widely available in modern formats such as sprays, syrups, and liquid drops.
However, there is one important fact that many people are not aware of:
Propolis cannot be used in its raw form.
Before propolis can become a liquid product, it must first go through a process called dissolution. This step is essential — and it plays a much bigger role than most consumers realise.
What Is Dissolution and Why Is It Necessary?
In its natural state, propolis is a sticky, resin-like material. It does not dissolve naturally in water and cannot mix evenly in liquids without a specific formulation process.
If propolis is not properly dissolved:
- It cannot be evenly distributed in a liquid product
- It may separate or settle over time
- The product may lack consistency from one use to the next
That is why every liquid propolis product on the market relies on a dissolution method.
The key difference between products is not whether propolis is dissolved —
But how is it dissolved?
Common Ways Propolis Is Dissolved
There are several methods used in the industry to dissolve propolis. Each method has its own characteristics, advantages, and limitations.
Some approaches are simpler and easier to produce, while others require more advanced formulation expertise and greater production control.
Understanding these differences helps explain why not all propolis products are the same.
Why the Dissolution Method Makes a Difference
The dissolution method directly influences how propolis behaves in liquid form. It affects:
- How stable the formulation remains over time
- How evenly the propolis stays dispersed
- How refined and consistent the final product feels
In other words, dissolution is not just a technical step hidden behind the scenes.
It shapes the overall quality and experience of the product.
Propolis Dissolution Methods at a Glance
| Extraction Method | Potency | Absorption | Suitable for Children |
|---|---|---|---|
| Alcohol-Based | Medium–High | Medium | ❌ No |
| Water-Based | Low | Low | ✅ Yes |
| Glycerin-Based | Medium | Medium | ✅ Yes |
| Lactic Acid-Based | Very High | Very High | ✅ Yes |
| CO₂ Extraction | Very High | High | ⚠️ Limited |
To make these differences clearer, the table below outlines the most common propolis dissolution methods and their general characteristics.
This table illustrates general differences between common propolis extraction and dissolution methods. More advanced approaches typically require greater technical expertise and more complex production processes, which is why they are less commonly used.
A Deliberate Formulation Choice
Choosing a dissolution method is not simply a technical decision. It reflects a brand’s formulation philosophy and long-term approach to product design.
Some methods prioritise speed and simplicity.
Others focus on refinement, balance, and consistency — even when the process is more complex and demanding.
Understanding this difference helps consumers make more informed choices when comparing propolis products.
Final Thoughts
Propolis needs to be dissolved before it can be used.
But how it is dissolved makes a real difference.
The dissolution method is not just a minor technical detail — it is a foundation that shapes the final product. Taking the time to understand this process allows consumers to better evaluate propolis formulations beyond surface-level claims.
At Propolux, we deliberately focus on the dissolution method because we believe formulation choices matter.
We chose a more demanding approach to support alcohol-free, carefully balanced liquid propolis formulations.