Himalayan salt gets its distinctive pink color from trace amounts of iron oxide (rust) trapped in the crystals, formed when the Tethys Sea evaporated 250 million years ago and the deposits were buried under immense pressure; despite its premium price, the salt is chemically nearly identical to regular table salt, with the color difference being a geological curiosity rather than a quality indicator.
Deep Dive
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Deep Dive
What Exactly Is Himalayan Salt?
Added:Walk into almost any [music] grocery store and you'll find them sitting side by side. A container of white salt and a jar of Himalayan pink salt.
Both end up on your food. Both serve the same purpose.
Yet one costs about 20 times more than the other.
So why are millions of people still reaching [music] for the pink one? The answer isn't hiding in nutrition or flavor. It's hiding in something that happened 250 million years ago.
And something happening inside your brain >> [music] >> right now.
Today on Simple Why, why is Himalayan salt pink?
Take a look at that jar of pink salt in your kitchen. It may look like a simple seasoning, but its story began long before civilizations.
And long before the Himalayas themselves existed.
Most Himalayan salt comes from the Khewra Salt Mine in Pakistan.
But millions of years before that mine existed, this entire region sat beneath a vast shallow ocean known as the Tethys Sea.
As the water slowly evaporated, enormous layers of salt were left behind.
Then, when the Indian landmass collided [music] with Asia, those deposits were buried deep underground.
Locked away under immense pressure.
Preserved for hundreds of millions of years.
The discovery, according to legend, happened by accident. In 326 BC, soldiers in Alexander the Great's army noticed their horses kept stopping to lick unusual rocks along the route.
Curious, the soldiers tasted the rocks themselves. It wasn't stone. It was salt. Dense, mineral-rich. [music] Buried longer than anyone could imagine.
Centuries later, under the Mughal Empire, large-scale mining began.
Those tunnels are still part of the mine today.
So, the pink salt on your table isn't just old. It's older than recorded history, older than our species, older than the dinosaurs.
Which raises a question nobody really stops to ask, why is it pink?
For something that looks rare and expensive, the answer is surprisingly familiar.
You've seen it your entire life.
Leave a metal nail outside in the rain.
Within days, it turns orange. [music] The same thing happens to old fences, forgotten tools, any metal left exposed long enough. We call it [music] rust.
Himalayan salt gets its color from the exact same process.
Tiny traces of rust became trapped inside the crystals [music] millions of years ago.
Leaving behind the soft pink shades you see on the shelf today.
What's surprising is how little of it there actually is.
Typically around 0.01% of the total mineral.
Enough to change the appearance of every crystal.
Not enough to change what it fundamentally is. Once you recognize that color, you'll start seeing it everywhere. [music] The same shade appears in the cliffs of the Grand Canyon and across [music] the surface of Mars.
The scale couldn't be more different, but the story behind the color is surprisingly similar.
And darker crystals aren't higher quality.
The shade simply reflects where a crystal happened to form within the deposit. That's geology.
Not grading.
So, the famous pink color isn't rare or magical. It's a tiny trace of something completely familiar.
Which makes the next part of the story even stranger.
If the color comes from something as ordinary as rust, why are people willing to pay so much more for it?
The sea hadn't changed. The mine was in the same place.
The pink shade had been there for millions of years. What changed was the story people chose to tell about it.
In the 1990s, European wellness companies began marketing it as Himalayan crystal salt, connecting it to ideas consumers already wanted. Purity, natural living, a world untouched by modern pollution.
As interest in organic food and alternative health grew, this mineral arrived with a narrative that felt nothing like a white cardboard canister on a grocery shelf.
And narratives have value. Salt leaving Pakistan at a few cents per kilogram appeared on shelves across North America and Europe for hundreds of times that amount. The chemistry was essentially identical. [music] The perception was completely different.
As the story spread, a series of assumptions began to travel with it.
Some focused on minerals, others focused on sodium.
Even the name itself carried an image that most people never stopped to question.
The 84 minerals claim is technically accurate, but tap water contains dozens of minerals without anyone calling it extraordinary.
The number sounds impressive precisely because most people never stopped to compare it against anything else.
The low sodium claim comes largely from crystal size.
Larger crystals leave more empty space in a spoon, but gram for gram, the sodium content is nearly identical to regular table salt.
And the name itself carries a quiet stretch.
The Khewra mine sits roughly 300 km from the Himalayan range, closer to the city of Lahore than to any mountain peak most people picture when they hear the word Himalayan.
So, the name, the minerals, the sodium claim, all technically true, all carefully incomplete. That's not deception. That's just how stories work.
We rarely choose products based on chemistry alone.
We choose based on the story attached to them.
The identity, the feeling, the meaning a product carries before we ever open the packaging.
And that's what makes this story surprisingly personal.
Because chances are, many people watching this right now already know everything we've just [music] covered.
And they'll probably keep buying it anyway.
Part of the answer has very little to do with salt, and a lot to do with how the brain quietly assigns value. We instinctively link higher prices with higher quality.
In a well-known experiment, participants rated the same wine as tasting significantly better when told it came from a more expensive bottle.
The wine hadn't changed. Their experience of it had.
That same mechanism works across coffee, skin care, bottled water, and yes, salt.
We're also drawn to things that feel ancient and unprocessed. Words like heritage, traditional, and grandma's recipe create positive associations long before we examine a single ingredient.
A product connected to a sea that disappeared 250 million years ago simply feels more meaningful than one manufactured last Tuesday.
Even when both dissolve identically in a pot of boiling water.
And then, there's the most straightforward reason of all.
Pink crystals are genuinely beautiful.
A jar of this mineral adds warmth and color to a kitchen in a way a plain white canister never will.
That's a real form of value.
The same reason people buy flowers for a dinner table.
Nobody eats the flowers, but they change the atmosphere of the room. They make the meal feel like something worth sitting down for. Choosing pink salt because you appreciate its appearance, its history, or the story of the vanished sea it came from.
That's a perfectly reasonable decision.
Choosing it because you believe it can detoxify your body, correct nutritional deficiencies.
Those are claims without strong scientific backing.
And they deserve a closer look before you pay a premium for them.
In the end, Himalayan salt reveals something profoundly human.
That a product's greatest value sometimes lies in the way it makes us feel about it.
The next time you reach for those pink crystals, you're not just seasoning your food and you're holding the remains of a sea that vanished before the first dinosaur ever walked the earth. The truth behind that pink color may be simpler than most people expect. But the journey from an ancient ocean floor to a grocery shelf halfway across the world is anything but simple.
And if knowing that makes your scrambled eggs taste a little more interesting, maybe that's worth something after all.
If you enjoyed finding the story behind something as familiar as salt, subscribe to Simple Why.
Because the next object you walk past every single day, it has a story, too.
>> Mhm.
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