How Many Minerals Are in Shilajit? The 84 Minerals Claim, Examined
Last reviewed September 2026 · 9 min read
The short answer
Nobody knows, and the number on the label is not a measurement. "84 minerals" and "85 trace minerals" are marketing conventions with no fixed source: no peer-reviewed analysis establishes a universal count, because the count depends entirely on which elements a laboratory looked for and how low its detection limits went. Published elemental analyses of shilajit have quantified 14 elements, or 20, or — in a 2026 study of twelve samples from different regions — found that the profile varies substantially by origin. Crude shilajit is roughly 20–40% inorganic mineral matter, with calcium usually the most abundant element. The defensible version of the claim is much narrower and much more useful: this sample, tested by this lab, contained these elements at these concentrations. That document is a COA.
Why the number is unfalsifiable as stated
A laboratory does not open a jar and count minerals. It runs a panel: a defined list of elements it will test for, using a method with a defined detection limit. Inductively coupled plasma mass spectrometry, the standard technique, is extraordinarily sensitive — at sufficiently low thresholds it will detect trace quantities of a great many elements in almost any natural material scraped off a mountain.
That makes the headline number a function of the test, not of the substance. A lab asked to screen for four heavy metals reports four elements. A lab asked to run a 20-element panel reports twenty. A research group running an exhaustive survey will find more still, including rare earth elements — a 2026 analysis in the Journal of Trace Element Medicine and Biology found rare earth distributions in shilajit that followed natural geochemical patterns, consistent with the material simply taking up what was in the surrounding rock. So "84 minerals" is not really a claim that can be right or wrong. It is a claim with no stated method behind it.
It is also not a claim any brand needs to make. The same 2026 study analysed twelve samples from different geographical origins and found real variability in the major metals, the essential ones, the toxic ones and the rare earths. If the profile moves with the rock it came from, then a fixed number printed on every product in the category cannot describe all of them.
What is genuinely in shilajit
Set the count aside and the composition is reasonably well characterised in the literature. Shilajit is a humic substance: the product of very slow decomposition of plant matter compressed between rock, carrying both organic and mineral fractions.
- Fulvic and humic acids — the dominant organic fraction, and the compounds most of the research interest attaches to. Fulvic acid also binds metals, which is why shilajit's minerals are usually described as being in complexed rather than free form. The 2026 analysis found most metals bound in low-molecular-weight complexes consistent with humic acid.
- Dibenzo-α-pyrones (DBPs) and DBP-chromoproteins — the marker compounds used to standardise research-grade material. The preparation used in the chronic fatigue research, for instance, was standardised to 0.43% DBPs, 20.45% DBP-chromoproteins and 56.75% fulvic acids.
- Mineral matter, roughly 20–40% of crude material — with calcium typically the most abundant element, alongside magnesium, potassium, iron, zinc and manganese in varying amounts.
- Whatever else was in the rock — including lead, arsenic, mercury and cadmium, which is the reason heavy metals testing matters more here than in most supplement categories.
That last point is the uncomfortable half of the mineral story. "Rich in trace minerals" and "contains heavy metals" are the same sentence about the same material. A product cannot take up 80 elements from its geology and be selective about which ones.
Does shilajit contain vitamins?
Not meaningfully, and this is worth stating plainly because "shilajit vitamins" is one of the most common searches in the category. Shilajit is a mineral-and-organic-acid complex, not a vitamin source. The research literature characterises it by fulvic acid, humic substances and dibenzo-α-pyrones — not by vitamin content.
Most products sold as "shilajit vitamins" are multivitamin or multi-ingredient blends that include some shilajit. If that is what you are buying, the questions that matter are how much shilajit is actually in it and what else is in there — the same questions that apply to any blend.
The arithmetic nobody does
Even taking the biggest claims at face value, a mineral count tells you nothing about whether you are getting a nutritionally relevant amount of anything. Shilajit is dosed in the hundreds of milligrams. Run the numbers at a realistic dose:
What a trace element delivers
Concentration in ppm × grams taken per day = micrograms per day.
An element present at 10 ppm, at a 0.5 g daily dose, delivers 5 µg. For most trace minerals that is a rounding error against daily requirements measured in milligrams — zinc's is about 11 mg for adult men, roughly two thousand times more. The elements present in shilajit at nutritionally interesting quantities are the abundant ones like calcium and magnesium, and even those arrive in small amounts at a 500 mg dose. The long tail of exotic elements is real and is, nutritionally, decorative.
This is the same conversion used to check a heavy metals panel, which is the point. The arithmetic that makes 84 minerals unimpressive is the arithmetic that makes a lead result reassuring or alarming. If you can do one, you can do the other — and only one of them actually affects your decision. We walk through the safety side of it in Is Shilajit Safe?
What to look for instead
A mineral count on a label is a marketing number. Three things carry real information:
- An elemental panel on a COA, naming the elements tested and their measured concentrations, for the finished product. That is a measurement of the thing you bought.
- The four toxic metals reported as numbers — lead, arsenic, mercury and cadmium — rather than as "Pass". A pass/fail stamp hides the measurement, as we explain in Pass/Fail COA vs Numeric Results.
- A stated source region, since the elemental profile tracks the geology. It does not guarantee anything on its own — see where shilajit comes from — but it is at least a checkable claim.
A brand that advertises 84 minerals and does not publish an elemental panel is asking you to accept an unverifiable number in place of a verifiable one. A brand that publishes the panel does not need the number.
See real elemental results
These products publish a COA from a named independent laboratory with measured element concentrations — the only mineral list that describes a specific product.
Frequently Asked Questions
How many minerals does shilajit have?
There is no established number. The figures in marketing — usually 84 or 85 — have no peer-reviewed source, and the count depends on which elements a laboratory tested for and how sensitive the method was. Published analyses have quantified 14 elements, or 20; a 2026 study of twelve samples from different regions found the profile varies substantially by geographical origin. The only meaningful answer is whatever a specific product's elemental panel reports.
What are the 84 minerals in shilajit?
No source lists them, which is the problem with the claim. Pages that purport to list 84 are generally listing the periodic table's plausible candidates rather than reporting a measurement of a named sample. What is well established is the composition in broad terms: fulvic and humic acids, dibenzo-α-pyrones, and roughly 20–40% mineral matter in crude material, with calcium typically the most abundant element.
Does shilajit have vitamins in it?
Not in any meaningful quantity. Shilajit is characterised in the research literature by fulvic acid, humic substances, dibenzo-α-pyrones and minerals — not by vitamins. Products marketed as "shilajit vitamins" are usually multivitamin or multi-ingredient blends containing some shilajit, in which case what matters is how much shilajit is in the formula and what else is.
What minerals are actually in shilajit?
Analyses consistently report calcium as the most abundant, along with magnesium, potassium, iron, zinc and manganese, in amounts that vary by source. They also report the toxic elements — lead, arsenic, cadmium and mercury — because shilajit takes up whatever is in the rock it forms against. A 2026 analysis found most of these metals bound in low-molecular-weight complexes consistent with humic acid rather than present as free ions.
Is shilajit a good source of minerals?
Not in the way the marketing implies. At a typical 500 mg daily dose, an element present at 10 ppm delivers 5 micrograms — negligible against requirements measured in milligrams. The case for shilajit in the research literature rests on its fulvic acid and dibenzo-α-pyrone content, not on it functioning as a mineral supplement. If you want minerals in nutritionally relevant amounts, shilajit is an expensive and imprecise way to get them.
Where do shilajit's minerals come from?
From the rock it forms against. Shilajit is an exudate that seeps from rock faces over very long periods, and its elemental profile reflects the local geology — which is why samples from the Himalayas, the Altai range and elsewhere differ. A 2026 analysis found rare earth element distributions following natural geochemical patterns, indicating environmental uptake rather than contamination introduced in processing.