Viral kitchen hack reveals simple trick for fixing clumped-up spices

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Frustrated home cooks are losing their minds over a viral kitchen hack that solves an annoying food-prep issue – the stubborn, clumped-up spices that refuse to leave the jar.

If you’ve ever tried to shake a dash of garlic powder or paprika over a hot pan, only to end up banging the glass against your hand with zero success, you’ll relate to this.

The hack is going viral on social media, and many people are realizing the solution has been staring them in the face the entire time, right on the bottom of the packaging.

The handy method requires no extra tools, no toothpicks, and absolutely no violent pounding on the kitchen bench.

The hack is going viral on social media, and many people are realising the solution has been staring them in the face the entire time, right on the bottom of the packaging. Zoe – stock.adobe.com

Instead, all you need to do is flip the stubborn spice jar upside down, grab a second spice jar from your pantry, and rub the bottoms of the two glass containers together in a circular motion.

The secret behind the trick lies in the design of the glass bottles, which usually have raised ridges or bumps on the base.

While most shoppers assume these ridges are just there to help the bottles stay stable on the counter, they actually serve as a built-in clump remover.

The handy method requires no extra tools, no toothpicks, and absolutely no violent pounding on the kitchen bench.

When you grind the two textured bases against one another, the friction creates intense, rapid vibrations that travel through the glass.

This high-frequency movement instantly breaks apart the clumps and forces the powder to sprinkle out through the plastic sifter smoothly and continuously.

Cool, right?

But you still might be wondering why your spices cling together in the first place.

All you need to do is flip the stubborn spice jar upside down, grab a second spice jar from your pantry, and rub the bottoms of the two glass containers together in a circular motion.

Well, spices are naturally hygroscopic, meaning they like to absorb moisture from the surrounding environment.

So every time you shake a jar directly over a steaming stove, tiny particles of water vapour can sneak inside the lid, binding the fine powder into rock-hard clumps that won’t break up with just vertical shaking.

The clever trick has sparked a range of responses online under videos of people trying it out.

One amazed user admitted they felt like they had been “living a lie”, while another confessed they used to just throw the bottle away in frustration when the contents went hard.

Others admitted they risked a hand injury after taking off the lid and “stabbing the spices with a knife.”

When you grind the two textured bases against one another, the friction creates intense, rapid vibrations that travel through the glass.

“How did I not know this?” one person asked.

“Why isn’t this taught in high school but I have to learn trigonometry?” someone else joked.

As a third added: “TikTok University does it again!”

“I am thoroughly impressed,” a fourth replied, while another wrote: “What sorcery is this?”

The clever trick has sparked a range of responses online under videos of people trying it out. TikTok/@langstonjamesco

If you don’t happen to have the glass jars with the ridges, there are other tips you can try.

You can add the spices to a food processor, coffee grinder, or even grind them back up yourself with a mortar and pestle.

You can also press large lumps through a fine-mesh sieve or grate hardened blocks (like garlic powder) using a microplane or box grater.

Lastly, you can try gently heating the spices on a paper towel in 10-second increments, stirring in between until the powder is dry and loose again.

To avoid the issue altogether, make sure you store your spices in a cool, dry pantry rather than above the sink or rangehood, where steam from cooking induces clumping.

If need be, you can add dry, clear, moisture-absorbing beans to your spice shaker instead of rice.





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