Flexible, permeable nano-thin skins formed by in-situ precipitation of amphiphilic macromolecules — delivering active ingredients exactly where and when they're needed.
Capsulent's patented thin-skin microcapsules selectively bind to damaged areas, then release biopolymer under tensile force to seal and repair — like a molecular zipper.
Unlike traditional thick-walled capsules, our nano-thin flexible skins are formed by in-situ precipitation of amphiphilic macromolecules around active ingredient droplets. A range of wall chemistries are possible, but most of our products use inexpensive, plant-derived materials already in common use as personal care ingredients.
The result is a capsule that can be engineered to release its payload on contact with the target surface, upon mechanical shear, or in a controlled manner over extended time periods. Our proprietary thin-skin microcapsules carry payloads of greater than 99% — much higher than competitive encapsulation technologies.
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Every aspect of our microcapsule technology has been optimized for personal care applications.
Ultra-thin skins that flex without breaking, surviving mechanical stress during formulation and application.
Capsules that target damaged or specific areas — binding selectively where treatment is needed most.
Release profiles can be engineered — from instant burst on contact to slow, sustained delivery over hours.
Made from inexpensive, plant-derived biopolymers already in common use as personal care ingredients.
Our manufacturing process keeps costs low, making advanced encapsulation accessible for consumer products at scale.
Integrates seamlessly into existing personal care formulations — lotions, serums, shampoos and more.
Capsulent microcapsules are robust to a wide variety of conditions and compatible with most consumer product formulation and processing.
Capsule walls are unaffected across nearly the entire pH range, from strongly acidic to strongly alkaline formulations.
Capsules withstand freeze-thaw cycles up to 80 °C processing without wall integrity loss.
Capsules survive mixing, pumping shear and surfactant exposure. Compatible with both cationic and anionic formulations.
Our thin-skin design maximizes the active-ingredient-to-wall ratio, carrying payloads far higher than traditional encapsulation methods.
Capsulent offers both oil-miscible and water-miscible encapsulate systems to accommodate a wide range of active ingredients and product formats.
Oil-Miscible Actives in Aqueous Carrier
Encapsulated oils and oil-miscible materials provided as a slurry in an aqueous carrier. Suitable for direct dilution into aqueous formulations.
Applications: Shampoos, conditioners, body washes, lotion bases, serums, sunscreens and spray repellents.
Water-Miscible Actives in Non-Aqueous Carrier
Encapsulated water-miscible materials provided as a slurry in a non-aqueous carrier. Suitable for direct addition into oil-based products or dispersion into aqueous formulations.
Applications: Probiotic formulations, ethanol sanitizers, antibacterial handwashes, oil-based serums and balms.
| Property | Capsulent Thin-Skin | Traditional Thick-Wall |
|---|---|---|
| Wall Thickness | Nano-thin (<100nm) | Thick (microns) |
| Flexibility | Highly flexible | Rigid, brittle |
| Selective Binding | Targets damaged areas | Non-specific |
| Release Profile | Tunable (burst to sustained) | Typically burst-only |
| Formulation Compatibility | Seamless integration | Limited compatibility |
| Materials | Plant-derived biopolymers | Often synthetic |
| Payload Capacity | >99% active ingredient | Typically 30–70% |
| pH Stability | Stable pH 2–12 | Narrow pH range |
| Cost | Mass-market accessible | Premium pricing |
Beyond microcapsules, Capsulent's A+ formula is a breakthrough aloe-alginate delivery system with unique physical properties.
A+ is built on two natural ingredients: Aloe Barbadensis Leaf Juice Powder and Algin (sodium alginate from brown seaweed). Together, they form a transparent, sprayable gel matrix that is inherently anti-inflammatory and soothing.
Available in three product forms — Powder, Gel, and Beads — A+ adapts to virtually any application format, from fine mist sprays to leave-on treatments. Compatible across a pH range of 4–8.
A+ produces a visually clear formula that won't alter the appearance, color, or texture of your finished product.
A+ is completely sprayable and ideal for pump, mist, or spray applications — perfect for after-shave, body mists and leave-on treatments.
A+ exhibits shear-thinning behavior — it flows easily when rubbed or sprayed but holds its structure at rest, enabling versatile application formats.
The aloe-alginate base provides built-in anti-inflammatory and soothing properties, making A+ ideal for sensitive skin and post-procedure care.
A+ gel recovers its full viscosity (~3,500 cps) within approximately 200 minutes after a 94% shear-induced drop — demonstrating exceptional structural resilience.
