Shilajit Extract is a purified herbo-mineral ingredient obtained from naturally occurring mineral-rich exudate associated with mountainous rock formations. It is also known as Shilajatu and is commonly described in commercial ingredient documentation as Asphaltum. Unlike a conventional plant extract, Shilajit is a complex natural material containing organic fractions, mineral constituents and other naturally occurring compounds.
Commercial Shilajit Extract is available as a purified powder, resin or paste. Its composition depends on the source material, purification process, extraction method and final product form. Buyers should confirm the exact grade, fulvic-acid assay, purification details and contaminant testing before selecting a product.
Shilajit is a naturally occurring herbo-mineral exudate collected from rock formations in mountainous regions. Raw material may contain mineral particles, insoluble debris and contaminants. It must be appropriately purified and tested before it is considered suitable for its intended application.
Purified Shilajit may be processed by dissolving the raw material in water, filtering insoluble matter, concentrating the filtrate and drying it to obtain a powder. Other manufacturing processes may use different documented extraction or purification methods.
The resulting material may contain fulvic and humic fractions, mineral constituents and other organic compounds. The relative composition varies between sources and manufacturing processes. Consequently, Shilajit products should be compared using their actual specifications and analytical methods rather than colour or common name alone.
Commercial grades may be standardized to different fulvic-acid levels, including 20%, 40%, 50% and 70%. These are examples of market grades, not a guarantee that every manufacturer offers each grade. A declared fulvic-acid percentage should always be accompanied by the analytical method and reporting basis.
The identity and material designation should be consistent with the approved product documentation. Do not describe Shilajit as a specific botanical species unless the supplier's documentation supports that designation.
Fulvic acid is commonly used as a marker parameter in commercial Shilajit Extract specifications. It is part of a complex mixture of organic substances rather than a simple, uniform ingredient whose composition is identical across every product.
Commercial products may declare different fulvic-acid concentrations. The assay method is critical because results obtained by gravimetry, titration, chromatographic methods or other procedures may not be directly comparable.
For reliable purchasing and quality control, the specification should state the minimum fulvic-acid content, test method and reporting basis. The batch COA should show the actual result for the supplied lot.
A high fulvic-acid percentage alone does not establish the complete composition, purity or safety of Shilajit. The product should also have suitable identity testing, purification records and contaminant results.
Shilajit may contain humic substances and other organic fractions alongside its mineral constituents. The quantity and characteristics of these fractions depend on the source material and purification process.
If total humic acid or another marker is declared, the specification should identify the analytical method and acceptance limit. Individual compounds should not be assigned fixed concentrations without appropriate supporting data.
Similarly, a mineral profile should be based on actual analytical results. The presence of naturally occurring minerals does not establish a consistent mineral concentration or guarantee the absence of undesirable elements.
Shilajit Extract is used as a specialty herbo-mineral raw material in suitable formulation systems, subject to its quality documentation and applicable regulations. The appropriate grade depends on the intended application, product form, standardization and required contaminant limits.
Purified Shilajit may be evaluated as a raw material for compatible formulations where its identity, composition and safety requirements have been established. Buyers should confirm the permitted use and supporting documentation for their intended market.
Powdered Shilajit Extract may be considered for compatible dry-blend and other powder-based manufacturing processes. Moisture content, particle size, bulk density, hygroscopic behaviour and dispersibility can affect processing performance.
Resin and paste products have different physical properties from dried powders. Their moisture content, consistency, solubility, packaging and storage requirements should be evaluated separately. A powder specification should not automatically be applied to a resin or paste grade.
A standardized grade may be selected when a defined fulvic-acid concentration is required. Buyers should compare the assay method, identity criteria, purification process, heavy-metal results and batch documentation in addition to the declared percentage.
Quality evaluation is especially important for Shilajit because its source is mineral-rich rock exudate and its composition can vary substantially. Raw material should not be assumed suitable for use without appropriate purification and testing.
Relevant quality parameters may include:
Heavy-metal testing should be supported by suitable analytical methods, such as ICP-MS where appropriate. The acceptance limits should match the intended application and applicable requirements.
The approved product specification and current batch COA should determine the actual limits and results. Values published by another manufacturer must not be presented as guaranteed SDP specifications.
Store Shilajit Extract in its original, tightly closed packaging under the conditions stated in the approved technical documentation. Protect the material from moisture, excessive heat, direct sunlight and contamination.
Powdered grades may absorb moisture and should be handled using clean, dry equipment. Resin and paste grades may require different packaging and storage conditions because of their consistency and moisture content.
Shelf life should be supported by the approved product specification and stability documentation. Do not assign a universal shelf life across powder, resin and paste products.
Before purchasing or incorporating Shilajit Extract into a formulation, confirm the following:
These checks help buyers distinguish properly characterized purified material from products with incomplete or unsupported quality claims.
Shilajit Extract is a processed form of a naturally occurring herbo-mineral exudate collected from mountainous rock formations.
No. It is generally described as a herbo-mineral exudate rather than an extract derived solely from a plant.
Fulvic acid is a complex organic fraction commonly used as a marker in commercial Shilajit specifications. Its reported percentage depends on the analytical method.
Commercial examples include 20%, 40%, 50% and 70% fulvic-acid grades. Actual grades and assay methods depend on the manufacturer.
No. Fulvic-acid content is only one specification parameter. Identity, purification, contaminant testing, assay method and batch documentation are also important.
A universal product-specific CAS number should not be assumed. Confirm the identifier against the actual material and approved supplier documentation. A CAS number for fulvic acid does not automatically identify the complete Shilajit mixture.
Review the approved product specification, batch COA and TDS, together with relevant safety, purification and contaminant-testing documentation.
Shilajit Extract is a purified herbo-mineral ingredient available in powder, resin and paste forms. Fulvic-acid standardization, purification method, product form and batch-specific contaminant testing are essential considerations when evaluating the material. Accurate technical documentation supports reliable product identification and quality control.
| Parameter | Specification |
|---|---|
| Appearance | Fine powder for dry-extract grades |
| Loss on Drying | NMT 5.0% |
| Residue on Ignition | NMT 5.0% |
| pH (1% Solution) | 4.0 – 7.0 |
| Water Content | NMT 5.0% |