Guide · Last updated: November 2026
Altai or Himalaya: where good Shilajit comes from
Altai mumijo and Himalayan shilajit are the same natural resin collected in two different mountain ranges; they differ in the rock, the trade route and the usual name. Neither region is better across the board, because composition varies widely even within one range. What counts for your purchase is not the mountain range but the batch number and its published values for heavy metals and microbiology.
Contents
Anyone comparing Shilajit soon runs into a question that many shop pages present as a matter of principle: Altai or Himalaya? Some sellers stress one range, others the other. The plain answer first: it is the same natural resin, and the mountain range on its own says nothing about the purity of the jar you buy. This page explains where the regions really differ, which differences are just marketing and how to approach a purchase.
Why the same resin is called mumijo in one place and shilajit in another is covered in detail on our Mumijo page. This page goes one step further and compares the two regions of origin.
Two mountain ranges at a glance
The Altai and the Himalaya lie several thousand kilometres apart and differ in geology, climate and trade history.
| Feature | Altai | Himalaya (with Karakoram) |
|---|---|---|
| Location | Border region of Russia, Kazakhstan, Mongolia and China | From Pakistan through India and Nepal to Bhutan |
| Highest peak | Belukha, about 4,500 metres | Mount Everest, about 8,850 metres |
| Climate | Continental, long cold winters | Strongly altitude dependent, monsoon in the south |
| Usual trade name | Mumijo | Shilajit, in Pakistan also salajeet |
| Typical trade routes | Russia, Central Asia, Eastern Europe | India, Nepal, Pakistan, internationally via English |
| Traditional background | Folk medicine in Russia and Central Asia | Ayurveda and Unani tradition |
The table mostly shows one thing: the differences lie in geography and trade history. None of these rows tells you anything about the quality of an individual batch.
Where differences in composition come from
Shilajit forms over long periods from decomposed plant matter in rock crevices. What ends up in the raw mass depends on two things: the vegetation that once grew there and the rock through which the mass seeps.
Both change not only between mountain ranges but between two neighbouring valleys. A review in the journal Phytotherapy Research describes Shilajit as a mixture of humic substances such as fulvic acid, other organic compounds and minerals, and notes that its composition varies with the site (Agarwal et al., 2007). That leads to an important caveat: anyone claiming that Altai or Himalayan resin generally contains more of a given substance would need measurements from many batches across many sites. Such comparative data are not publicly available.
What you should know instead is what shapes the content of a jar the most:
| Factor | Why it matters |
|---|---|
| Exact collection site | Rock and former vegetation determine the raw mass |
| Collection time | The mass seeps out in summer, the amount of rock debris varies |
| Purification | Dissolving, filtering and thickening remove sand, grit and plant debris |
| Drying | Determines consistency and dry matter of the finished resin |
| Storage and filling | Light, moisture and packaging affect the finished product |
The mountain range only appears in this list indirectly, through the collection site. And that site is almost never stated on a pack more precisely than with the name of a range.
Purity risks that apply to both regions
Because Shilajit comes out of rock, it carries minerals but also possible contaminants. The central test topic is heavy metals, plus microbiological quality, because the raw mass is collected by hand outdoors.
The same EU maximum levels apply to both regions. Regulation (EU) 2023/915 sets, among others, these values for food supplements (EUR-Lex):
| Element | Maximum level for food supplements |
|---|---|
| Lead | 3.0 mg/kg |
| Cadmium | 1.0 mg/kg |
| Mercury | 0.10 mg/kg |
| Arsenic | no general maximum level for food supplements |
Whether a product meets these values does not depend on whether the raw material comes from the Altai or the Himalaya. It depends on where exactly it was collected, how thoroughly it was purified and whether the finished batch was measured. We explain this in detail on Shilajit and heavy metals.
A second risk is the same for both regions: dilution and adulteration. Resin can be mixed with other dark, sticky masses, powders and capsules even more easily. How to check a resin for plausibility at home is described on How to spot real Shilajit. A home test does not replace a lab analysis, though.
Product forms: where the regions differ in practice
One difference you will actually notice when shopping is in the usual product forms. In Germany, Altai mumijo often arrives through Eastern European trade, frequently as pressed tablets or powder. Himalayan shilajit is mostly sold as resin in a glass jar, plus capsules.
This is a tendency rather than a rule, but it matters when you compare:
- Tablets and capsules often contain additives. Read the ingredient list and the amount of Shilajit per unit.
- Powder can be the pure substance or a blend. Without an ingredient list and an analysis you cannot tell.
- Resin is the original form and the only one where you can observe consistency and solubility yourself.
More on the formats on Resin or capsules.
What research says about the regions
Mumijo has a long tradition of Russian language and Central Asian literature, Shilajit mainly work from India. This research grew up largely separated by region, with different methods and questions. We are not aware of a direct, methodologically sound comparison of Altai and Himalayan material that shows one region to be superior.
Important for you: there is no authorised health claim for Shilajit in the EU, whatever the region. Advertising that attributes a special effect to one origin is therefore not only unsupported but inadmissible under food law. Whether taking it makes sense for you is best discussed with your doctor, especially if you take medication.
How to read origin claims
A region on the pack is a claim by the seller. You cannot verify it by look or taste. It can still be useful if the seller backs it up with detail. These questions help:
| Question for the seller | What a good answer contains |
|---|---|
| Which area does the raw material come from? | A specific area, not just the name of a range |
| Where was it purified and dried? | Place and method, for example filtering and sun drying |
| Where was the finished batch tested? | An accredited food laboratory, country and date of analysis |
| Which batch number belongs to the values? | The same number as on your packaging |
| Who is responsible in the EU? | Name and address of the food business operator |
A seller who knows the supply chain can answer these questions straight away. If the answers are missing, even the most impressive mountain on the label does not help you.
How we do it at HimalayaFIT
Our resin comes from Diamer near Chilas in Gilgit-Baltistan, in the Pakistani Himalaya. How it is collected, purified and dried is described on our Origin page.
We sell 20 g of resin in a glass jar with batch number HM-SH-25-BLY-1159. The batch was tested by a food laboratory in Germany, accredited for heavy metals and microbiology; the date of analysis is 1 September 2025. In addition, the fulvic acid content was determined titrimetrically, measured in our batch: 69.8 percent of dry matter. This value is not covered by the accreditation.
The heavy metal values of our batch:
| Element | Measured value | EU maximum level |
|---|---|---|
| Lead | < 2 mg/kg | 3.0 mg/kg |
| Cadmium | < 0.5 mg/kg | 1.0 mg/kg |
| Mercury | < 0.01 mg/kg | 0.10 mg/kg |
| Arsenic | 0.88 mg/kg | no general maximum level |
All values, including microbiology, are on the batch datasheet, which you can match against the number on your box. The jar costs €34.00 and lasts 50 days at 400 mg a day, followed by 10 days off. You can find the product in the shop and shipping terms on the shipping page.
Checklist: buying Altai or Himalayan
- Treat the region as origin information, not as proof of quality.
- Search for both names, mumijo and shilajit, or you only see part of the market.
- Check that a batch number is printed on the packaging.
- Ask for values for lead, cadmium, mercury and arsenic plus microbiology for exactly that batch.
- Compare the values with the EU maximum levels in the table above.
- Read the ingredient list for tablets, capsules and powder.
- Work out the price per day of use, not per pack.
- Be wary of advertising that attributes a special effect to a region.
More guides on buying and quality are in our guide section.
Food supplements are not a substitute for a balanced and varied diet.
Frequently asked questions
What is the difference between Altai and Himalayan Shilajit?
It is the same natural resin collected in two different mountain ranges. Altai material is usually sold as mumijo through Eastern European and Central Asian trade, Himalayan material usually as shilajit through Indian, Nepalese and Pakistani trade. Composition depends on the rock and former vegetation at the exact collection site, so it varies widely even within one range.
Is Altai Shilajit better than Himalayan Shilajit?
There is no general answer. No robust data show that either region is superior. Both can be clean or contaminated, because purity depends on the collection site, the purification and the processing. Only the analysis of the batch you buy tells you something.
Why is Altai material usually called mumijo?
Because it traditionally reaches Europe through Russian and Central Asian trade, where mumijo is the common name. Shilajit comes from Sanskrit and is used in the Indian language area, which is why Himalayan material usually carries that name. The name tells you more about the trade route than about quality.
Can I verify the origin of Shilajit myself?
No. A region on the pack is a claim by the seller, and neither look nor taste reveals the mountain range. What you can check is the batch number on the packaging and whether published values for lead, cadmium, mercury, arsenic and microbiology exist for it. If in doubt, ask for the collection area, the place of purification and the country of testing.
Do different limits apply to Altai mumijo and Himalayan shilajit?
No. In the EU the same maximum levels of Regulation (EU) 2023/915 apply to food supplements regardless of origin, for example 3.0 mg/kg for lead and 1.0 mg/kg for cadmium. What matters is whether the specific batch demonstrably meets them.
Read next
Pure Himalayan Shilajit as a 20 g resin: every batch is tested by an accredited laboratory in Germany.
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