Description

Product Name：Liposomal Resveratrol

Product Type：Liposomal Active Ingredient / Resveratrol Delivery System

Active Ingredient：Resveratrol

Resveratrol Content：60%

Core Technology：Liposomal Technology

Carrier System
Phospholipid-based Liposomal System

Physical Form
Fine Powder

Suitable Applications
Dietary supplements, functional foods, functional beverages, oral liquids, solid beverages, beauty and personal care formulations

Customization：Available according to formulation and application requirements

 

Key Product Characteristics

Characteristic	Description
Resveratrol Content	60%
Delivery Technology	Liposomal Technology
Liposome Structure	Phospholipid bilayer vesicles
Dispersion	Designed to improve dispersion characteristics of resveratrol
Active Protection	Designed to provide protection against environmental stress during formulation
Dosage Forms	Powder, capsules, tablets, beverages, oral liquids and other formulations
Application	Nutraceutical, functional food, beverage, beauty and personal care

1.What Is Liposomal Resveratrol?

Liposomal Resveratrol combines resveratrol with a structured phospholipid liposomal carrier system.

A liposome is an artificial microscopic vesicle formed by the self-assembly of amphiphilic lipids such as phospholipids. Its characteristic phospholipid bilayer creates different internal environments, allowing the system to accommodate both hydrophilic and lipophilic substances according to their physicochemical properties.

For resveratrol, which has limited water solubility, the hydrophobic region of the phospholipid bilayer provides a suitable environment for incorporating the active ingredient.

Unlike simply blending resveratrol with phospholipids, a true liposomal formulation uses a defined vesicular structure formed through controlled processing and formulation design.

This provides a more advanced platform for developing resveratrol formulations with improved dispersion characteristics and controlled physical properties.

 

2.Why Use Liposomal Technology for Resveratrol?

Conventional resveratrol has several formulation challenges:

• Poor water solubility
• Limited dispersion in aqueous systems
• Sensitivity to oxidation and environmental conditions
• Challenges in developing liquid and water-based formulations
• Difficulty maintaining consistent dispersion during formulation

Liposomal Technology provides a structured phospholipid carrier that can help address these formulation considerations.

2.1Improved Dispersion Characteristics

The phospholipid-based liposomal system is designed to improve the dispersion behavior of resveratrol in suitable formulations, making it more adaptable to liquid and semi-liquid product development.

2.2Protection of the Active Ingredient

The liposomal bilayer provides a physical carrier environment around the active ingredient and can help reduce exposure to certain external environmental factors.

2.3Advanced Delivery Platform

The liposomal structure provides a versatile platform for developing dietary supplements, functional beverages, oral liquids, beauty products and other active-ingredient formulations.

The actual performance of the liposomal system depends on phospholipid composition, particle size, formulation conditions, processing parameters and the final dosage form.

 

3.Liposome Structure & Resveratrol Loading Mechanism

The core of Liposomal Resveratrol is a phospholipid bilayer structure.

The hydrophilic heads of phospholipids orient toward the aqueous phases, while their hydrophobic tails form the internal hydrophobic region of the membrane.

Because resveratrol is predominantly lipophilic, it can be associated with the hydrophobic region of the phospholipid bilayer.

Depending on formulation requirements, membrane components may include:

• Natural phospholipids
• Functional phospholipid blends
• Cholesterol
• Plant sterols
• Other formulation-compatible membrane components

The composition can be adjusted according to the desired liposome stability, particle characteristics and application requirements.

 

4.Liposomal Resveratrol Characterization & Quality Control

Professional liposomal products require more than simply measuring the active ingredient content. The physical characteristics of the liposomal system are also important.

Our Liposomal Technology platform can utilize professional characterization methods including:

4.1Dynamic Light Scattering (DLS)
Used to evaluate average particle size and particle size distribution.

4.2PDI – Polydispersity Index
Used to evaluate particle size uniformity. A formulation target of PDI ≤ 0.20 can be used for suitable liposomal systems, subject to product-specific testing.

4.3Zeta Potential
Used to characterize surface charge and provide information relevant to physical stability.

4.4Cryo-TEM
Used to observe liposomal morphology and structural characteristics.

4.5X-Ray Diffraction (XRD)
Used to investigate crystalline/amorphous characteristics and phase behavior where applicable.

4.6Encapsulation Efficiency
Used to evaluate the proportion of active ingredient associated with the liposomal system. Depending on the formulation and process, high encapsulation efficiency can be developed, with 90%+ achievable for suitable formulations, subject to actual product testing.

These analytical methods provide a more complete technical evaluation of liposomal products beyond conventional active-content testing.

 

Conventional Resveratrol vs. Liposomal Resveratrol

Feature	Conventional Resveratrol	Liposomal Resveratrol
Active Ingredient	Resveratrol	Resveratrol
Water Solubility	Poor	Improved dispersion characteristics
Delivery Structure	No specialized carrier	Phospholipid liposomal system
Liquid Formulation	More formulation challenges	Better suited to advanced liquid formulation development
Active Protection	Conventional formulation	Liposomal carrier provides additional formulation protection
Particle Characterization	Mainly raw material specifications	Particle size, PDI, zeta potential and morphology can be characterized
Application Development	Conventional supplements	Advanced supplements, beverages, oral liquids and personal care

 

5.Liposomal Resveratrol Technology Platform

Our Liposomal Technology platform focuses on the development of phospholipid-based delivery systems for active ingredients with formulation challenges such as poor solubility, instability or limited dispersion.

The development process can include:

Active Ingredient Selection → Liposome Formulation Design → Phospholipid System Optimization → Liposome Formation → Particle Size Control → Drying / Powder Processing → Quality Characterization → Application Testing

The formulation can be optimized according to:

• Active ingredient content
• Phospholipid composition
• Liposome particle size
• PDI
• Encapsulation efficiency
• Physical stability
• Powder properties
• Dispersion behavior
• Final dosage form

 

6.  60% Resveratrol Content

This Liposomal Resveratrol product is standardized at 60% resveratrol content, providing a concentrated active ingredient format for formulation development.

The 60% specification allows customers to balance active ingredient concentration with the requirements of the final formulation.

For different applications, additional parameters can be discussed, including:

• Resveratrol content
• Phospholipid composition
• Liposome particle size
• PDI requirements
• Encapsulation efficiency
• Powder properties
• Dispersion characteristics
• Packaging format
• Dosage form compatibility

Product-specific specifications and analytical data can be provided during project development.

 

7.Applications

7.1Dietary Supplements

Suitable for the development of capsules, tablets, softgels, powders and other resveratrol-containing nutritional supplements.

7.2Functional Beverages

The liposomal format provides an alternative technical solution for developing resveratrol-containing liquid and beverage formulations where dispersion is an important consideration.

7.3Oral Liquid Formulations

Suitable for oral liquid products and other aqueous formulation systems requiring a specialized delivery format.

7.4Solid Beverages

Can be incorporated into powdered beverage systems and nutritional powder formulations.

7.5Functional Foods

Suitable for functional food products incorporating resveratrol as a featured active ingredient.

7.6Beauty & Personal Care

Liposomal Resveratrol can be used in advanced cosmetic and personal care formulations where resveratrol dispersion and active ingredient delivery are important formulation considerations.

7.7Active Ingredient Delivery Systems

Can also be combined with other active ingredients as part of customized multi-ingredient delivery systems.

 

8.Active Ingredient Technology Platforms

Our technology platform currently includes seven distinct technical routes:

• Liposomal Technology
• Pellet Technology
• Granulation Technology
• Microencapsulation Technology
• Submicroencapsulation Technology
• Cocrystal Technology
• Co-amorphous Technology

These technologies are not interchangeable.

In particular:

Liposomal Technology ≠ Microencapsulation Technology ≠ Submicroencapsulation Technology ≠ Pellet Technology

Each technology uses a different structural principle and processing approach and is selected according to the active ingredient’s physicochemical properties and the customer’s final dosage-form requirements.

For Resveratrol, the liposomal route is particularly suitable when the formulation objective focuses on phospholipid-based delivery, dispersion improvement and advanced liquid or nutritional formulation development.

 

Supply & Customization

We provide Liposomal Resveratrol as a technology-based active ingredient solution rather than simply a conventional resveratrol powder.

The standard product specification is 60% resveratrol, with product documentation and technical information available for customer evaluation.

For OEM, ODM and ingredient development projects, we can discuss:

• Resveratrol content
• Liposomal formulation
• Phospholipid system
• Particle size and PDI targets
• Encapsulation efficiency
• Powder characteristics
• Application-specific dispersion requirements
• Dosage form
• Packaging
• Customized formulation development

Samples can be provided for formulation evaluation and application testing.

 

FAQ

1.What is Liposomal Resveratrol?
Liposomal Resveratrol is resveratrol formulated within a phospholipid-based liposomal delivery system. The technology is designed to improve dispersion characteristics and provide a specialized carrier environment for resveratrol.

2.What is the resveratrol content?
The standard specification is 60% resveratrol.

3.Why use Liposomal Technology for resveratrol?
Resveratrol has poor water solubility and can present formulation challenges in liquid and water-based systems. Liposomal Technology provides a structured phospholipid carrier that can improve dispersion and support advanced formulation development.

4.Is Liposomal Resveratrol water-soluble?
It is more appropriate to describe the product as having improved dispersion characteristics rather than simply calling it completely water-soluble. Actual dispersion behavior depends on the formulation and application system.

5.How is the liposomal system characterized?
Depending on the product development stage, characterization can include DLS, PDI, Zeta potential, Cryo-TEM, XRD and encapsulation efficiency testing.

6.Can the liposome particle size be customized?
Yes. Particle size and PDI can be discussed according to the intended application and formulation requirements.

7.Can Liposomal Resveratrol be used in beverages?
Yes. It can be evaluated for functional beverages, oral liquids and other liquid nutritional formulations where dispersion performance is important.

8.Can it be used in capsules and tablets?
Yes. The powder can be evaluated for capsules, tablets and other solid dosage forms, depending on the final formulation and processing conditions.

9.Is Liposomal Resveratrol the same as Microencapsulated Resveratrol?
No. Liposomal Technology and Microencapsulation Technology are different technical systems with different structural principles. They should not be treated as the same technology.