Every sugar-free chocolate has to answer one question: what did you use instead? Our answer is allulose. Here's why that matters.
When we set out to make Möhr, we weren't just trying to remove sugar from a chocolate recipe. We were trying to make something that people with blood sugar sensitivities, IBS, and dietary restrictions could eat without consequence — and that everyone else would choose simply because it tastes extraordinary. That meant the sweetener had to be right. Not just acceptable. Right.
We tried the alternatives. We know what most sugar-free chocolate uses. And we kept coming back to allulose.
So what is allulose?
Allulose is a rare sugar that occurs naturally in small amounts in figs, raisins, and jackfruit. Your body absorbs it but doesn't metabolize it the way it does regular sugar — which means it contributes virtually no calories and has essentially no impact on blood glucose or insulin levels.
It's not an artificial sweetener. It's not a sugar alcohol. It's a naturally occurring compound that your body simply passes through without storing. The FDA has even ruled that allulose doesn't need to be counted in the total sugars on a nutrition label — because for practical purposes, it doesn't behave like sugar in the body.
Why not erythritol?
This is the question we get most. Erythritol is everywhere in sugar-free food — it's cheap, widely available, and technically low-glycemic. But a large portion of people experience bloating, cramping, and digestive discomfort when they eat it, especially in the quantities found in chocolate. We experienced this firsthand, which is part of why Möhr exists at all.
We made a decision early on: if someone eats our chocolate and feels worse after, we have failed. Erythritol was off the table.
Allulose, by contrast, is very well tolerated. Because it's absorbed in the small intestine rather than fermented in the gut, the digestive issues associated with most sugar alcohols simply don't apply.
Why not stevia or monk fruit?
We love stevia and monk fruit in the right context. But in chocolate — especially fine chocolate made with complex single-origin cacao — they leave a bitter or medicinal aftertaste that fights with the cocoa rather than supporting it. Allulose tastes clean. It dissolves and melts the way sugar does, it caramelizes similarly, and it lets the flavor of our Venezuelan cacao come through without interference.
For us, that was the deciding factor. We were making chocolate, not a supplement. It had to taste like something worth eating.
What this means for you
If you manage type 2 diabetes or prediabetes, allulose won't spike your blood sugar. If you have IBS or are sensitive to sugar alcohols, allulose is likely to be far gentler on your gut. If you're reducing carbohydrates or following a low-glycemic diet, our chocolate fits without math or compromise.
And if you're simply someone who wants chocolate that tastes like chocolate and doesn't come with a list of side effects — welcome. You're exactly who we made this for.
One ingredient, one standard
We don't use allulose because it's a trend. We use it because after trying everything else, it was the only sweetener that let us make chocolate we were genuinely proud of. Every bar, every bark, every bite — sweetened the same way, held to the same standard.
That's the Möhr promise. Nothing hidden. Nothing that doesn't belong.
See it in action — shop the full Möhr collection, all sweetened with allulose, all free shipping.
— The Möhr Sweets Team
Coral Gables, FL