Hypericum Perforatum Extract

Hypericum Perforatum Extract

1. Product Name: Hypericum Perforatum Extract
2. Active ingredients: Hypericin
3. Specification: 0.3% UV
4. Appearance: Brown Black Powder
5. Granular Size: 95% though 80 mesh
6. Certificates: ISO, HACCP, KOSHER, HALAL
Description
Technical Parameters

What is Hypericum Perforatum Extract?

 

Hypericum Perforatum Extract is a concentrated extract obtained from the aerial parts of Hypericum perforatum by controlled extraction with solvents (water, ethanol, or a hydroalcoholic system) that is subsequently filtered, concentrated, and standardized to ensure the presence of a consistent concentration of the most important plant components (hypericins, hyperforins, and flavonoid compounds). Manufacturing-wise, it is commonly used as a functional botanical ingredient in formulation industries where the consistency and potency of raw plant powders are not sufficient or required to have a consistent composition, control in marker content, and better solubility/dispersibility for a consistent system. The extract form is also more efficient to formulate in capsules, tablets, liquid blends, and complex multi-component botanical systems, and enables more stringent controls over the quality of ingredients, such as the concentration range, solvent residue limits, heavy metal limits, and microbiological limits. It is typically provided with detailed technical information (COA, Extraction ratio, Specification sheets, and more) with a wide range of benefits for contract manufacturers, private label brands, and ingredient formulators who value consistency, scalability, and clean-label positioning in plant product development.

 

Hypericum-Perforatum-Extract

 

COA

 

Item Specification Result
Physical & Chemical Tests    
Appearance Brown to dark brown fine powder Conforms
Odor & Taste Characteristic Conforms
Extract Ratio 10:1 Conforms
Particle Size 100% Pass 80 Mesh Conforms
Loss on Drying ≤ 5.0% 3.21%
Ash Content ≤ 5.0% 2.45%
Bulk Density 0.40–0.70 g/ml 0.56 g/ml
Active Marker Analysis    
Hypericin ≥ 0.3% 0.35%
Heavy Metals    
Lead (Pb) ≤ 2.0 ppm < 2.0 ppm
Arsenic (As) ≤ 1.0 ppm < 1.0 ppm
Cadmium (Cd) ≤ 1.0 ppm < 1.0 ppm
Mercury (Hg) ≤ 0.1 ppm < 0.1 ppm
Total Heavy Metals ≤ 10 ppm Conforms
Microbiological Tests    
Total Plate Count ≤ 10,000 CFU/g < 1,000 CFU/g
Yeast & Mold ≤ 1,000 CFU/g < 100 CFU/g
Escherichia coli Negative Negative
Salmonella Negative/25g Negative
Staphylococcus aureus Negative Negative

 

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Features

 

St John's Wort Extract has a high phytochemical content and a formulation behaviour which is physicochemical oriented, making it appropriate for standardised botanical use. It is usually a fine brown to dark brown powder or semi-purified extract, and its hygroscopic properties vary according to the carrier system, extraction method, etc. It is a very complex mixture that is chemically divided into lipophilic (light-sensitive naphthodianthrones, hyperforins, highly lipophilic prenylated phloroglucinols) and hydrophilic (various flavonoids and phenolic acids) components, all of which impart a multi-phase solubility behavior. The dual solubility profile can often be a factor to consider when designing formulations, especially if they are to be dispersed in an aqueous system or to be associated with lipid-based carriers. Processwise, the extract is usually standardized to specific marker ranges, ensuring batch-to-batch uniformity and helping to maintain consistency in the processing of this extract in industrial production. It is also moderately light-sensitive, oxygen-sensitive, and temperature-sensitive, which is important enough to justify the use of encapsulation or protective packaging to achieve stability in storage and during handling in production.

 

How to Store Properly?

 

1. Controlled Temperature Storage Environment

Familiarize yourself and keep the product in cool and stable room temperature conditions. Be sure to avoid high heat sources or temperature changes, since botanical extracts can exhibit flowability and/or stability changes at inconsistent temperatures.

2. Moisture and Humidity Management

Store in a dry warehouse under low relative humidity conditions. A dry storage environment is beneficial to prevent clumping or caking and changes in dispersion behaviour of powders during long-term storage, even if they are properly packaged.

3. Protection from Direct Light Exposure

Keep out of direct sunlight and away from bright artificial light sources, and store in a shaded place. The plant-based components, which are light sensitive, can begin to break down over time; therefore, it is recommended that the facility storage area be dark.

4. Airtight Secondary Containment After Opening

After the first time the container is opened for production, put the rest of the product into sealed, airtight containers. This helps to keep St John's Wort Standardized Extract integrity and minimises the exposure to the ambient air and environmental contamination.

5. Segregated Storage from Strong-Odor or Reactive Materials

Keep away from chemicals or raw materials that have strong odors or are reactive. Original material properties can be affected by environmental absorption in the presence of botanical extracts; hence, segregation is important to ensure original material properties.

6. FIFO Inventory Management System

Use a first-in, first-out (FIFO) system for the batches to be used in an orderly manner. This helps ensure consistency in production and decreases the chance of producing past the recommended storage shelf-life.

7. Clean and Controlled Warehouse Handling Practices

Store in a clean, dust-free warehouse area in which standard industrial hygiene practices are used. This helps maintain the integrity of the material and ensures its suitability for downstream manufacturing.

 

Hypericum-Perforatum-Extract-Usage

 

Recommended Usage

 

In a manufacturing context, Hypericin Extract can usually be used as a functional botanical ingredient, based on the process-specific preparation of the dosage form and manufacturing system, as well as the final dosage form. For capsule manufacturing, it is often pre-blended with other excipients that are compatible with it, like microcrystalline cellulose or maltodextrin, to improve the flowability, reduce electrostatic behaviour, and ensure even die filling when manufacturing capsules. In tablet systems, the extract is typically added during the granulation step (wet or dry), with the aim of controlling the intensity of the mixing process to ensure a uniform distribution of the extract, as well as good tablet compressibility and minimal fine particle segregation; for these systems, a flow agent or disintegrant may be added to ensure consistent tablet weight and structural integrity. An extract is often predispersed with controlled agitation in a suitable solvent system or carrier base under slight heating if required, to give a uniform dispersion of the extract, and then high shear mixed to ensure uniformity of the dispersion within the matrix. Manufacturers typically control parameters like mixing order, shear rate, and ambient humidity in all dosage forms to maintain material consistency and to produce materials consistently throughout the process, achieving universal formulation versatility by product without compromising the standardized parameter profile.

 

Certifications

 

Certifications

 

American warehouse

 

American-warehouse

 

Exhibitions

 

Exhibition

 

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