We Let Our Oils Filter Themselves. Here’s Why.

After we cold-press or infuse an oil, it doesn’t go straight into a bottle. It goes into a container and just sits. For a few weeks. No machine speeding it along, no chemicals added to clarify it faster. The solids settle to the bottom on their own, gravity doing the work, and once the oil above them is clear, we decant it off the sediment and it’s ready to use. That’s it. That’s the whole process.

It’s not glamorous, and it’s definitely not fast. Most of the industry doesn’t filter this way anymore, because there’s a faster option, and we get asked often enough why we don’t take it. So here’s the actual answer.

The industry’s shortcut, and why we don’t take it

Once an oil is pressed, it's cloudy. There's plant matter, waxes, and particulate still suspended in it, and something has to happen before it's ready to bottle. The fast way to get there is chemical: degum it with acids or enzymes to strip out the phospholipids, bleach it with clay to pull the color and pigment out, then deodorize it at somewhere around 450–500°F to strip the scent. Some oils are solvent-extracted from the start, using hexane, to maximize how much oil comes out of the seed in the first place.

None of that is done to make the oil unsafe. It's done to make it fast, high-yield, shelf-stable, and consistent from batch to batch. Those are real advantages, and for a lot of applications they're the right trade-off. We just don't think they're the right trade-off for us. We let the oil settle on its own instead, and we decant it. No acids, no clay, no heat beyond what pressing itself generates.

What that actually preserves

Here's the part that made the decision easy for us: the compounds that chemical refining strips out are the same compounds that make an oil worth using in the first place. Vitamin E, carotenoids, polyphenols, the antioxidant and anti-inflammatory properties we formulate around, all of it lives in the parts of the oil that bleaching and deodorizing are specifically designed to remove. Rosemary's carnosic acid, green tea's EGCG, the oleic acid that lets almond and moringa oil actually penetrate the hair shaft instead of just sitting on top of it. Strip an oil down to a neutral, odorless, colorless base, and you've also stripped out the reason we chose that ingredient.

So when we're deciding how to filter an oil, we're really deciding whether we still want it to be the ingredient we picked it for. Mechanical filtration is the only way we've found to say yes to that.

The trade-off we accepted

I won't pretend this is free. Letting an oil settle for weeks instead of processing it same-day ties up inventory and space we could be using otherwise. Some oil stays trapped in the sediment we decant off, so our yield is lower than it would be with a faster method, which means more raw material for the same amount of finished oil. It's slower, it's less efficient, and it would be an easy line item to cut if we were optimizing purely for cost.

We've made calls like this before. When we looked at switching the hydrolyzed keratin in our Nourishing Hair Oil to a vegan alternative, the honest answer was that it didn't perform the same, and we chose performance over the easier claim. This is the same instinct applied earlier in the process, before an ingredient even makes it into a formulation. Faster and higher-yield was on the table. We didn't take it, because what we'd be trading away doesn't grow back once it's gone.

What you can actually see

This isn't a claim you have to take on faith. It shows up. Our almond oil looks noticeably different from most commercially available almond oil, in color, in texture, in clarity, because nothing was done to standardize it into something neutral. You'll notice some color and scent variation between our batches too. That's not inconsistency. Bleaching and deodorizing exist specifically to erase that kind of batch variation, and we'd rather you see it than have it erased.

We're not telling you this because it earns us a label. "Clean," "natural," whatever the word of the year is, none of that is regulated or means much on its own. We're telling you because it's a specific, checkable thing we actually do, and you're entitled to know what happened to an oil before it ended up on your scalp.

The bottom line

Mechanical filtration costs us time, yield, and shelf stability, and we chose it anyway, because the alternative gets to “done” faster by removing the exact compounds we formulated around. Letting an oil settle for a few weeks isn't a marketing story. It's what happens when you decide the ingredient still has to be the ingredient by the time it reaches you.