Description

Product Name：Liposomal Plant-Based Vitamin D3 100,000 IU/g Microencapsulated Powder

Active Ingredient：Plant-Based Vitamin D3

Potency：100,000 IU/g

Delivery Technology： Liposome Technology

Product Form：Microencapsulated Powder

Dispersibility：Cold-Water Dispersible

Key Features：High bioavailability, cold-water dispersibility

Primary Applications：Dietary supplements and nutritional formulations

Supply Type B2B ：Bulk Ingredient Supply

 

1.Liposomal Technology: An Advanced Approach to Nutrient Delivery

Liposomal technology is an advanced delivery approach used in pharmaceutical, nutritional and other ingredient applications. Liposomes are closed vesicular structures formed by phospholipid bilayers. Depending on their formulation and structure, they can accommodate different types of active ingredients within or in association with the lipid-based carrier.

For water-soluble ingredients, encapsulation may involve the internal aqueous compartment; for lipid-soluble ingredients, the lipid bilayer can provide an environment for incorporating the active substance. This structural versatility makes liposomes an important platform for developing advanced ingredient delivery systems.

In nutritional applications, liposomal formulation is used to explore ways of protecting sensitive ingredients, improving formulation compatibility and influencing how active ingredients behave during delivery. Actual performance depends on the active ingredient, lipid composition, manufacturing process, particle characteristics and final formulation.

For plant-based Vitamin D3, Liposome Technology offers a differentiated formulation approach compared with conventional vitamin D3 ingredients. Rather than relying solely on the active ingredient itself, the formulation incorporates a specialized lipid-based delivery structure.

The key distinction is that Liposomal Technology describes the delivery system, while Microencapsulated Powder describes the final ingredient format. This product combines both concepts in a convenient powder ingredient designed for further formulation.

 

2.Plant-Based Vitamin D3 with 100,000 IU/g Potency

Vitamin D3, also known as cholecalciferol, is a fat-soluble vitamin widely used in nutritional supplement development. Plant-based Vitamin D3 provides an option for manufacturers developing products intended for plant-based or vegan-oriented product lines, subject to confirmation of the ingredient’s source documentation and the finished product’s overall formulation.

With a specified potency of 100,000 IU/g, this ingredient provides a concentrated vitamin D3 source for manufacturers who need to calculate inclusion levels according to the vitamin D3 content of their finished products.

The combination of plant-based Vitamin D3 and Liposome Technology creates a differentiated ingredient proposition for premium nutritional formulations. The microencapsulated powder format further supports the development of dry blends and other powder-based products.

 

3.High Bioavailability and Ingredient Protection

High bioavailability is one of the key positioning points identified for this liposomal product. Liposomal formulations are designed to associate active ingredients with phospholipid-based delivery structures, which may influence ingredient protection, dispersion and delivery behavior.

The phospholipid bilayer provides a distinct formulation environment for the active ingredient. Depending on the formulation, this structure may help reduce direct exposure to certain environmental factors and support the development of delivery systems intended to improve the performance of sensitive nutritional ingredients.

However, bioavailability is affected by multiple factors, including liposome composition, particle size, encapsulation efficiency, product stability, dosage form and individual physiological conditions. Therefore, the extent of improvement should be established using product-specific analytical or bioavailability data rather than assumed from the use of liposomal technology alone.

For B2B manufacturers, this makes technical characterization especially important. Relevant evaluation parameters may include liposomal structure, particle size distribution, active ingredient content, dispersion properties and stability during storage and application.

 

4.Cold-Water Dispersibility for Formulation Flexibility

Cold-water dispersibility is another important product feature. Because conventional vitamin D3 is fat-soluble, its incorporation into water-based nutritional systems can require appropriate formulation strategies.

This product combines a liposomal delivery approach with a microencapsulated powder format and is specified as cold-water dispersible. This characteristic gives formulators another option when developing products that require the dispersion of a vitamin D3 ingredient in water-based systems.

Potential applications include powdered nutritional supplements, solid beverage mixes and other formulations where cold-water dispersion is a relevant processing or consumer-use requirement.

Cold-water dispersibility should not automatically be interpreted as complete molecular water solubility. Actual dispersion behavior, appearance, homogeneity and stability should be evaluated under the intended preparation conditions, including the water temperature, pH, mixing method and other formulation ingredients.

 

5.Microencapsulated Powder Format for Commercial Formulation

The microencapsulated powder format provides a practical ingredient form for manufacturers working with dry blending, powder filling and other powder-based production processes.

Compared with an oil-based vitamin D3 ingredient, a powder format may offer greater convenience for weighing, blending and incorporating the ingredient into selected solid dosage forms. Its cold-water dispersibility also provides additional formulation possibilities for products designed to disperse in water.

The combination of plant-based Vitamin D3 + Liposome Technology + Microencapsulated Powder brings together three distinct product attributes:

• Active ingredient identity: plant-based Vitamin D3.
• Delivery technology: Liposome Technology.
• Supplied ingredient form: Microencapsulated Powder.

These attributes should be evaluated together when selecting an ingredient for a specific application. Compatibility with the finished-product manufacturing process, moisture exposure, compression conditions and storage environment should be assessed during product development.

 

6.Technical Characterization and Quality Evaluation

Reliable liposomal ingredients require more than an active ingredient specification. The structure and performance of the delivery system are also relevant to technical evaluation.

A comprehensive liposomal technology platform may use complementary analytical methods to investigate product characteristics, including:

• Microscopic structure analysis: Electron microscopy can help examine the morphology and structural features of liposomal systems.
• Particle size characterization: Particle size and distribution measurements can support the evaluation of dispersion characteristics and batch consistency.
• Stability evaluation: Appropriate testing can assess changes in active ingredient content, physical appearance, particle characteristics and dispersion behavior during storage.
• Application performance testing: Formulation trials can examine how the ingredient behaves in the intended dosage form or food matrix.
• Bioavailability assessment: Suitable in vitro or in vivo models may be used to investigate delivery performance when supported by an appropriate study design.

 

7.Applications

Liposomal Plant-Based Vitamin D3 100,000 IU/g Microencapsulated Powder can be evaluated for the following applications, depending on formulation compatibility and target-market requirements:

• Dietary supplements
• Hard capsules
• Tablets
• Powdered nutritional supplements
• Solid beverages and powdered drink mixes
• Functional food formulations
• Nutritional premixes
• Multi-ingredient vitamin and mineral formulations
• Plant-based nutritional product concepts

For each application, manufacturers should evaluate vitamin D3 dosage, dispersion performance, processing conditions, stability and finished-product regulatory requirements.

 

8.B2B Bulk Supply of Liposomal Plant-Based Vitamin D3

We support B2B customers seeking advanced vitamin D3 ingredients for nutritional product development, commercial manufacturing and ingredient distribution.

Liposomal Plant-Based Vitamin D3 100,000 IU/g Microencapsulated Powder is positioned for manufacturers looking for a combination of plant-based ingredient sourcing, liposomal delivery technology and a convenient powder format.

Whether you are developing a new dietary supplement, upgrading an existing vitamin D3 formulation or exploring advanced ingredient delivery systems, you are welcome to contact us to discuss your technical requirements, target dosage form and purchasing needs.

 

9.Liposomal Technology Product Portfolio

This product is part of a broader Liposomal Technology platform covering different nutritional and functional ingredients.

Related products include:

• Liposomal Vitamin C 70% Microencapsulated Powder
• Liposomal β-NAD+ 50% Microencapsulated Powder
• Liposomal Vitamin D3 100,000 IU/g Microencapsulated Powder
• Liposomal Iron 8% Microencapsulated Powder
• Liposomal Zinc 10% Microencapsulated Powder
• Liposomal Calcium 10% Microencapsulated Powder
• Liposomal Magnesium Microencapsulated Powder
• Liposomal Silybin 30% Microencapsulated Powder
• Liposomal Quercetin 40% Microencapsulated Powder
• Liposomal Glutathione 70% Microencapsulated Powder

This product matrix enables ingredient buyers to explore multiple actives within the same broad delivery-technology category. Individual products have their own specifications, technical characteristics and application requirements.

 

FAQ

1.What is Liposomal Plant-Based Vitamin D3 100,000 IU/g Microencapsulated Powder?

It is a plant-based Vitamin D3 ingredient supplied in microencapsulated powder form and formulated using Liposome Technology. Its specified potency is 100,000 IU/g.

2.What are the main features of this product?

The principal features identified for this product are high bioavailability, cold-water dispersibility, plant-based Vitamin D3 and a microencapsulated powder format.

3.Is the product suitable for water-based formulations?

It is specified as cold-water dispersible. Its dispersion performance and stability should be assessed in the intended formulation.

4.What is the difference between Liposomal Technology and Microencapsulation Technology?

Liposomal Technology refers to the lipid-based delivery structure, while Microencapsulated Powder describes the supplied ingredient format. The terms describe different aspects of the product and should not be treated as interchangeable.

5.What applications can use this ingredient?

Potential applications include dietary supplements, capsules, tablets, nutritional powders, solid beverages and selected functional food formulations, subject to formulation testing and applicable regulations.

6.Can I request technical documents or a sample?

Yes. B2B customers are welcome to inquire about available specifications, quality documents and sample evaluation for their R&D projects.