Powders

Powders

How to incorporate terpenes into powdered products. Covering microencapsulation, stability in dry matrices, and terpene selection for drink mixes, sachets, and dissolvable formats.

Encapsulation MethodSpray drying
Terpene Retention60-90% (varies by wall material)
Key ChallengeMoisture sensitivity
Shelf Life6-12 months (sealed, dry)

Powdered cannabis and wellness products are gaining traction because of their convenience, portability, and dosing flexibility. Stick packs, sachets, drink mix powders, and dissolvable tablets all fall into this category. The challenge is that terpenes are volatile liquids, and incorporating them into a dry, stable powder format requires encapsulation technology.

Without encapsulation, terpenes would evaporate from a powder within days. The molecules are simply too volatile to survive in an exposed dry matrix at room temperature. Microencapsulation solves this by trapping terpene droplets inside a protective shell material (typically modified starch, gum arabic, or maltodextrin) that keeps them sealed until the powder is dissolved in liquid.

This is a newer application area for the cannabis terpene industry, but the underlying technology is well-established in food and flavor manufacturing. Encapsulated flavor powders have been used in instant beverages, seasoning blends, and pharmaceutical products for decades. The same principles apply directly to terpene encapsulation.

Formulation Science: Terpenes in Powdered Products

Spray drying is the most common encapsulation method for terpene powders. The terpene blend is emulsified with a wall material (maltodextrin, modified starch, or gum arabic) in water, then spray-dried at controlled temperatures to produce a free-flowing powder where each particle contains trapped terpene droplets. The wall material protects the terpenes from oxidation and evaporation until the powder is reconstituted.

Wall material selection directly affects both terpene retention and release behavior. Maltodextrin is inexpensive and produces good powder flow, but its encapsulation efficiency for volatile terpenes is moderate (60-75% retention). Modified starch performs better (75-90% retention) and provides a cleaner release when dissolved. Gum arabic offers the highest retention rates but is more expensive and can introduce flavor. Many formulations use a blend of two wall materials to balance cost, retention, and release.

Moisture is the enemy of terpene powders. Even small amounts of humidity can soften the encapsulation matrix and allow terpene migration and loss. Packaging in moisture-barrier sachets or stick packs with desiccant, and storing below 25C, are essential for maintaining shelf life. Well-encapsulated terpene powders typically maintain 80%+ of their original terpene content for 6-12 months when properly packaged.

The Entour Advantage

Entour partners with encapsulation facilities to ensure our True To Plant® terpene profiles translate accurately into powdered formats. We provide pre-emulsified terpene concentrates optimized for spray drying, which reduces the formulation work on your end and improves terpene retention in the final powder.

Frequently Asked Questions

How do you turn liquid terpenes into powder?
The standard method is spray-dry microencapsulation. Terpenes are emulsified with a wall material (maltodextrin, modified starch, or gum arabic) in water, then spray-dried to produce a free-flowing powder. Each powder particle contains trapped terpene droplets protected by the wall material. The terpenes release when the powder is dissolved in liquid.
How long do terpene powders stay potent?
Well-encapsulated terpene powders maintain 80% or more of their original terpene content for 6-12 months when stored in sealed, moisture-barrier packaging below 25C. Moisture is the primary degradation factor. Once the package is opened, the powder should be used relatively quickly to prevent terpene loss through the disrupted moisture barrier.
Can terpene powders dissolve in water?
The powder itself dissolves in water, and the encapsulated terpenes are released into the liquid. However, the released terpenes are still not truly water-soluble. In a drink mix application, the terpenes form a fine dispersion that is stable enough for immediate consumption but may separate over time if left sitting. For shelf-stable liquid products, nanoemulsion is a better approach.
What wall material is best for terpene encapsulation?
Modified starch offers the best balance of terpene retention (75-90%), clean flavor release, and reasonable cost. Maltodextrin is cheaper but retains less (60-75%). Gum arabic offers the highest retention but is more expensive and can add flavor. Most commercial formulations use a blend of modified starch and maltodextrin.