Every Lipologics ingredient is designed, developed and delivered exclusively using the proprietary HNOVA™ platform. Plant-Based. Nano-Smart. High Performance. Scroll to see how it works.
HNOVA™ integrates advanced nano-liposomal technology, deep scientific expertise and a commitment to quality to deliver high-performance liposomal solutions — engineered for absorption, designed for impact.
A liposome is a microscopic vesicle. Its structure lets one carrier hold both water-soluble and fat-soluble actives.
Two layers of plant-based phosphatidylcholine form the vesicle wall.
Water-loving heads face the outside and the inside of the vesicle.
Fat-loving tails tuck together in the middle of the bilayer.
Hydrophilic actives are carried in the water-filled centre.
Lipophilic actives sit within the bilayer itself.
Liposomes are classed by size and number of bilayers. HNOVA™ targets uniform nano-sized vesicles of 50 to under 200 nm.
High-quality plant-derived phosphatidylcholine (PC) is selected as the encapsulating lipid.
Advanced nano-liposomal technology for optimal entrapment of the active ingredient.
Uniform liposomes formed in the 50 nm to <200 nm size range.
Liposomes enhance absorption, cellular uptake and targeted delivery to tissues.
Superior bioavailability leads to better efficacy and enhanced outcomes.
Five advantages, engineered into every formulation on the platform.
Improves absorption, increases cellular uptake and maximises systemic availability.
Protects sensitive actives from oxidation, degradation, gastric enzymes and environmental stress.
Nano-sized liposomes (50 to <200 nm) ensure precise delivery to target tissues and cells.
Enhances solubility of poorly water-soluble actives for better formulation flexibility.
Developed using plant-based phosphatidylcholine (PC) for a premium, sustainable, clean-label delivery.
HNOVA™ liposomes are 50 to under 200 nm — about the size of a virus and many times smaller than a bacterium, small enough to stay dispersed in liquids.
A liposome has a water-filled core and a fatty bilayer wall, so the same HNOVA™ platform can carry very different actives.
Carried in the aqueous core, shielded from the surrounding environment.
Vitamin C · Glutathione · MineralsHeld within the phospholipid bilayer, so they disperse in water-based products.
CoQ10 · Carotenoids · Curcumin · QuercetinWater- and fat-soluble partners in one carrier.
Vitamin C + K2 · Alpha-lipoic acidA free active meets acid, enzymes and poor solubility on the way in. A liposomal active travels inside a lipid shell designed to keep more of the dose intact.
The differences a formulator notices first.
| Conventional formats | HNOVA™ liposomal | |
|---|---|---|
| Absorption | Often limited by poor solubility and breakdown in the digestive tract. | ✓Improves absorption and increases cellular uptake. |
| Stability | Sensitive actives can degrade with oxidation and environmental stress. | ✓Lipid vesicle protects actives from oxidation, degradation and gastric enzymes. |
| Solubility | Poorly water-soluble actives limit formulation options. | ✓Enhances solubility of poorly water-soluble actives; carries hydrophilic and lipophilic APIs. |
| Delivery | Non-specific release. | ✓Uniform 50 to <200 nm liposomes support precise delivery to target tissues and cells. |
| Label | Varies by excipient system. | ✓Plant-based phosphatidylcholine — clean-label lipid source. |
The bilayer-and-core structure lets one carrier hold both.
Water-soluble actives — such as vitamin C, glutathione, minerals — are carried in the aqueous core, protected from the surrounding environment.
Fat-soluble actives — such as CoQ10, carotenoids, curcumin — sit within the phospholipid bilayer, improving their dispersion in water-based systems.
Hydrophilic and lipophilic actives can be combined in a single liposomal system, for example paired vitamin and flavonoid formulations.
Format availability is confirmed per active.
Water-dispersible liposomal liquids for shots, drops and beverages.
Dried liposomal forms for capsules, sachets and dry blends — formats confirmed per active.
Liposomal actives for serums, creams and other skincare bases.
Every HNOVA™ batch is characterised against the same parameters, regardless of which of the 39+ actives it carries.
| Parameter | Detail |
|---|---|
| Particle size | 50 nm to <200 nm |
| Encapsulation type | Nano liposomal encapsulation |
| Lipid source | Plant-based phosphatidylcholine (PC) |
| Delivery system | Advanced nano-liposomes |
| Compatibility | Hydrophilic & lipophilic APIs |
| Portfolio | 39+ actives across 6 formulation categories |
Specifications above describe the HNOVA™ platform generally. Encapsulation efficiency, exact particle size and stability data are confirmed per active and per batch — request a specification sheet or Certificate of Analysis for the ingredient you are evaluating.
A liposome is a microscopic vesicle formed from a phospholipid bilayer around a water-filled core. It can carry water-soluble actives in the core and fat-soluble actives within the bilayer.
Phosphatidylcholine (PC) is the phospholipid that forms the vesicle wall. Plant-derived PC supports a clean-label, sustainable delivery system.
Uniform liposomes in the 50 nm to under 200 nm range. Exact size and distribution are confirmed per active and per batch.
Encapsulation efficiency is characterised for every batch and reported in the Certificate of Analysis, alongside particle size and related parameters.
Yes — the same process applies across vitamins, antioxidants, carotenoids, peptides, minerals and more, with formulation details tuned per active.