Shilajit, the dark resin that seeps from the rocks of the Himalayas, is famous for one thing above all: its mineral richness. It is often described as carrying around 85 minerals and trace elements, which is what makes it one of the most complete natural substances ever studied. This guide gives you the straight answer to how many there are, which ones matter, and one honest caveat most sellers skip.
The usual figure is 85. Analyses of pure, unprocessed Shilajit typically detect on the order of 80 to 85 mineral elements, from everyday electrolytes to genuinely rare earth elements. The exact count varies with the origin of the resin, so treat 85 as a well-established ballpark rather than a fixed number.
One thing to be clear about from the start: these minerals are present in trace amounts, measured in parts per million (ppm, i.e. mg per kg). Shilajit is not a substitute for a zinc or iron supplement. Its real value is the combination: a wide spectrum of trace minerals carried by fulvic and humic acids, which are the true active compounds and help the body absorb what is there.
The table below sorts the elements found in pure Shilajit (before purification) into categories, with indicative concentrations in ppm. Concentrations vary from one source to another, so read them as typical values, not a guarantee.
To answer the questions we get most often: yes, Shilajit contains zinc, iron, potassium, sodium, magnesium, copper, selenium, manganese and chromium, alongside calcium and dozens of trace elements. Here are the ones worth knowing about.
Himalayan Shilajit is comparatively rich in potassium, sodium, iron and zinc, the minerals most associated with nerve signalling and energy metabolism.
Potassium (present at high concentration, on the order of 21 g/L in some analyses) works with sodium (around 1580 ppm) as a balanced electrolyte pair. Electrolytes play a physiological role in nerve impulse transmission, muscle contraction and cellular hydration, which is why athletes take an interest in them.
The iron in Himalayan Shilajit (around 145 ppm in some samples) is notable for its bioavailability.
Bioavailability is the share of a substance the body can actually use compared with the amount taken in. The more bioavailable it is, the less is wasted.
That bioavailability is largely down to the fulvic acid in Shilajit, which acts as a natural carrier for minerals. Zinc (around 31 ppm) is involved in a great many enzymatic reactions tied to energy metabolism and immune function. As always, these are physiological roles: trace amounts contribute to the mineral complex, they do not replace a therapeutic dose.
Shilajit shows meaningful antioxidant activity in laboratory testing, and part of that is attributed to selenium, copper, manganese and chromium acting together with the fulvic acids.
Measured antioxidant capacity (ORAC) of Shilajit tends to come out high in studies, but the honest reading is that this reflects the whole resin, fulvic acids included, not any single mineral.
What sets Shilajit apart from an ordinary multi-mineral is the presence of rare earth elements, such as lanthanum, cerium, praseodymium and neodymium, plus specialised trace elements like silver and germanium. These are genuinely unusual in a food supplement and contribute to the overall mineral fingerprint of the resin. They are present at very low levels, and their role in the body is not fully established, so we describe them for what they are, a marker of a complex natural material, rather than attaching health claims to them.
Here is the part that matters most, and that most mineral lists leave out. The same geological process that packs Shilajit with 85 minerals also means raw resin can carry toxic heavy metals, naturally: lead, mercury, cadmium, arsenic, and even thallium. A 2025 analysis published in BMC Chemistry detected thallium in five of six commercial Shilajit supplements tested, and some processed products contained more than the raw material, which shows that “processed” does not automatically mean “pure”.
This is why the mineral list is only half the story. A trustworthy Shilajit is one that has been purified and tested by an independent laboratory (ICP-MS) for heavy metals, batch by batch. That is exactly the standard we hold our own resin to, sourced from high-altitude Himalayan deposits and lab checked before it reaches you. If you want the full picture, see our guide to recognising a pure, reliable Shilajit and our honest look at the side effects and real risks.
Because Shilajit is sold as a food supplement rather than a medicine, no official health claim has been approved for it. We stick to describing what the minerals do physiologically, and we let the lab analysis speak for the quality.
Shilajit is the story of a substance used for centuries in Ayurvedic medicine that became, in the space of a few months, a social-media darling. Inevitably,…
Faced with the variety of Shilajit on the market, how can you be sure to choose the best?
Around 85. Analyses of pure Shilajit typically detect 80 to 85 mineral elements, though the exact count varies with the origin of the resin.
Yes. Shilajit contains zinc (around 31 ppm) and iron (around 145 ppm), among many other trace minerals. They are present in small amounts, so Shilajit complements rather than replaces a dedicated mineral supplement.
The minerals are in trace amounts (ppm). Shilajit’s real value is the combination of a wide mineral spectrum with fulvic and humic acids, which improve absorption, not a large dose of any single mineral.
Raw Shilajit can naturally contain traces of lead, mercury, cadmium, arsenic and even thallium. This is why purification and independent laboratory testing for heavy metals, batch by batch, are essential.
