What Is In Snus? Ingredients Explained

Snus is made mainly from ground tobacco leaf, water and salt, with an alkalising agent such as sodium carbonate (E500) and food grade flavourings added to the mix. The tobacco supplies the nicotine naturally, humectants help the mixture hold its moisture, and portion snus is packed into small pouches of cellulose fibre. The Snus Life is 18+ only. Reading that list is rather like reading the back of a jar of mustard, because every ingredient is familiar and the real character comes from the proportions and the method.

If you have ever turned a can over on a tram in Cologne and wondered what the small print actually means, this page is written for you. It goes through each ingredient in turn, with the job it does, and then adds the measured ranges for moisture, pH and nicotine that most pages leave out. You will also find a worked sum for mg per pouch, a plain look at the pouch material and a straightforward answer on what snus feels like. Everything here applies to the snus category as a whole, rather than to any single tin.

Is This Page About Tobacco Snus Or Nicotine Pouches?

This page is mainly about traditional tobacco snus, although nicotine pouches come up wherever the two recipes part ways. The difference sits right at the base of the mixture, because snus is built on ground tobacco leaf while nicotine pouches are tobacco free and contain no ground leaf at all. Both are often called snus in everyday speech, which is why two answers to the same ingredient question can look so unlike each other. So, before you compare flavour or strength, I would always settle which of the two recipes you are actually looking at.

If you are browsing to buy snus, it helps to check which recipe each can follows, and the notes below flag every place where nicotine pouches take a different path. The wider Snus Guide covers the basics from first principles, and the fuller comparison has its own page on snus vs nicotine pouches. Here, though, the focus stays tight on three things: what is in the tin, what each part is for, and how to read the figures printed on the lid.

What Goes Into Snus, Ingredient By Ingredient?

Snus has six working parts, namely tobacco, water, salt, an alkalising agent, humectants and flavourings. Ground tobacco leaf is the base, giving the mixture its body, its natural tobacco character and its nicotine. Water turns that ground leaf into the moist, crumbly mass you see when you lift the lid, and salt is blended through it much as a Munich baker scatters coarse salt over a pretzel, as seasoning rather than as the main event. In my opinion, it helps to picture the tobacco as the bread and everything else as the dressing.

The alkalising agent is usually sodium carbonate, which appears on some labels as E500, and its job is to hold the pH of the mixture at a steady point. Some recipes use sodium bicarbonate or ammonium carbonate for the same purpose, so a different name on the back of a can does not signal a different idea. Humectants are moisture keepers, added so the water stays in the blend between the first pouch and the last. Flavourings are food grade aromas, and they are optional, which is why some tins lean mostly on the character of the tobacco itself.

None of this is new, because the core of leaf, water and salt goes back a long way, and the page that answers where did snus come from tells that story properly. The same ingredients also turn up in both loose and portion snus, with the pouch as the main extra, and the page answering what types of snus are there sorts the formats out in full. What I find useful is to treat the list as a recipe card rather than a mystery, because every item on it has a plain job, and the table below sets those jobs side by side.

Why Is Snus So Moist, And How Much Of It Is Water?

Snus is moist because water is one of its main ingredients, and in moist snus it makes up more than half the weight. That figure is a general description, though, and lab work shows how wide the real spread can be. In an analysis of 64 snus products published in the journal PLOS ONE, the driest product came in at 27.4% moisture and the wettest at 59.5%. So, a pouch that feels almost dry and one that feels like a tea bag fresh out of the pot can both be fair examples of the same category.

Snus is heat treated with steam rather than fermented, a method in use since the nineteenth century, and the oldest snus still sold, which dates from 1822, is credited with bringing pasteurisation into snus making. I think of the difference as long life UHT milk on a supermarket shelf set against sauerkraut left to ferment in a cellar, since one is warmed and the other is changed by time. The page answering how is snus made walks through every stage. For ingredients, perhaps the point is simply that no fermentation step reshapes the recipe along the way.

Why Is There Sodium Carbonate In Snus, And What Does pH Change?

Sodium carbonate is there to raise and steady the pH of the mixture, and the pH decides how much of the nicotine sits in its free form. Nicotine in snus exists partly in a protonated form and partly in an unprotonated, or free, form, and a higher pH tips more of it into the free state. The PLOS ONE analysis recorded pH values between 5.87 and 9.10, with Northern European products averaging 7.93. It is a little like the alkaline bath a pretzel takes before the oven, a small step that shapes the result far more than its size suggests.

The effect on the figures is striking, because the share of nicotine in free form ranged from 0.71% to 92.3% of the total, depending on the product. That is why two cans with similar nicotine numbers may not feel the same, and why, in my opinion, pH is the quiet recipe decision that labels rarely show you. What happens once a pouch is in place belongs on the page explaining how does snus work, so I will leave the mechanics there. For reading a recipe, it is enough to know that E500 is doing a real job.

Where Does The Nicotine In Snus Come From?

In traditional snus, the nicotine comes from the tobacco leaf itself, rather than being added as a separate ingredient. That is the tidy part of the recipe, since the strength begins with the leaf and the way it is blended, not with a measured dose stirred in at the end. In the PLOS ONE analysis, total nicotine ranged from 6.81mg/g to 20.6mg/g of wet weight, with Northern European products averaging 14.0mg/g. Wet weight matters here, because it includes all that water, so the figure describes the whole moist mixture rather than the dried leaf alone.

Nicotine pouches reach a similar place by a different road, because they contain no ground leaf and the nicotine is added to a plant fibre filler instead. That difference is why the ingredient list on a pouch can read so unlike the one on a tin of traditional snus, even when the two cans look almost identical. If you want the wider picture of how pouches are put together, the page on what are nicotine pouches covers it well. Here, the useful habit is to read the nicotine figure and the pouch weight together, which brings us neatly to the sum.

How Do You Work Out mg Per Pouch From The Numbers On A Can?

Multiply the mg/g figure by the pouch weight in grams, and the answer is the nicotine in one pouch. It takes three steps, and I would do them in this order every time. First, find the concentration, written as mg/g, on the lid or the side of the can. Second, find the weight of a single pouch, which is usually printed in grams close by. Third, multiply the two together, and you have mg per pouch, the figure that actually describes the portion sitting under your lip rather than the mixture in general.

Here is an illustration built from the lab averages. A Northern European snus at 14.0mg/g in a pouch of about 0.85g works out as 14.0 × 0.85, which comes to 11.9mg per pouch, comfortably inside our Medium band of 8mg to 16mg. Pablo snus shows the same sum on the nicotine pouch side, since Pablo Exclusive at 50mg/g in a 0.60g pouch gives 30mg per pouch. That places it in our Extreme band, which starts at 25mg, and it shows how a lighter pouch at a higher concentration can still land well above a heavier one.

Pouch size changes the answer even when the concentration stays exactly the same. Portion snus comes in mini at about 0.5g, normal at 0.8g to 1g and maxi at up to 1.7g, and the lab analysis found Northern European portions running from 0.33g to 1.13g. So, a mini and a maxi made from the same recipe can carry very different amounts per pouch, which is why I would never compare two cans on mg/g alone. Keep the whole can total separate in your head as well, because it describes the tin rather than the pouch you are holding.

What Is The Pouch Made Of, And Where Does Loose Snus Fit In?

The pouch around portion snus is made of cellulose fibre. It works much like the paper of a tea bag, holding the moist blend in a neat portion while letting moisture and flavour through. Original portion pouches are moistened during making, which gives them a darker, damper look, while white portion pouches are not, so they start out drier on the outside. In my opinion, that choice shapes the first impression of a pouch far more than it changes the recipe inside it.

Loose snus skips the pouch altogether and is sold as a moist powder in tubs of 42g or 50g. The blend follows the same recipe as portion snus without the cellulose wrapper, and the user shapes each portion by hand. That makes loose snus perhaps the clearest view of the recipe itself, since nothing sits between you and the blend. If you are comparing the two, remember that a loose tin gives you grams of mixture rather than a count of pouches.

What Does Snus Feel Like, Texture Wise?

Snus feels moist and crumbly, and both qualities come straight from the ingredients. Ground tobacco leaf gives the mixture its body, water makes it damp, and salt is blended through it as seasoning. Portion snus then sits inside a cellulose pouch, which holds the blend in a neat portion much as a tea bag holds its leaves.

Loose snus has no pouch, so what you feel is the moist powder itself. Coarse and fine ground coffee feel different between your fingers, and in the same way the grind of the leaf shapes how a blend feels in the hand. Original portion pouches are moistened during making and white portion pouches are not, so the outside of a pouch can seem damper or drier depending on the style. In my opinion, texture tells you about the grind and the moisture, while the label tells you the rest.

How Can You Read A Snus Ingredient List In Under A Minute?

Start with the base, then the numbers, then the extras, and most labels make sense almost at once. First, check whether the base is tobacco leaf or a plant fibre filler, because that tells you whether you are holding traditional snus or nicotine pouches. Second, find the mg/g figure and the pouch weight, and multiply them for mg per pouch. Third, look for the alkalising agent, often sodium carbonate or E500, and the flavourings, since together they shape how the blend presents itself. That three step habit takes less time than reading the departure board at Frankfurt station.

After that, the smaller words tend to fall into place on their own. Humectants mean moisture keepers, cellulose means the pouch material, and salt means exactly what it says. That being said, the front of a can is only the introduction, while the small print on the back is where the recipe really lives. Line up a few cans on the kitchen table at home, and before you open any of them, turn each one over and read the base, the numbers and the extras in that order. We deliver to Germany.

Sources

• Snus, German Wikipedia (dewiki)
• Snus, Wikipedia
• PLOS ONE, analysis of 64 snus products, via PubMed Central
• E number, Wikipedia
• Nicotine pouch, Wikipedia
• Pretzel, Wikipedia