Does nicotine cause cancer?

No. Unfortunately, nearly 80% of doctors worldwide mistakenly believe it does, thwarting efforts to help one billion smokers quit. (WHO, Cancer Research UK)

Who we are not is Big Tobacco. However, we use the same ISO/GMP certified supply chain as some of them, ensuring high-end quality. Big Tobacco owns the majority of major nicotine pouch brands (e.g. British American Tobacco — Velo/Lyft, Phillip Morris — Zyn, On!), and BiNGBONG wants to disrupt this inequality and bring power back to the dude-guy.

Are nicotine pouches safe?

Public health experts have concluded that whilst nicotine is an addictive substance and not completely risk free, it is not the primary cause of smoking-related diseases; inhalation of tobacco smoke is (RCP, 2016). Smoking cigarettes is therefore considered the most harmful form of nicotine consumption. One study found nicotine pouches had 99% less toxicants than a traditional cigarette, based on an assessment of smoke from a scientific standard reference cigarette (approximately 9 mg tar) compared to components released during use of a comparable nicotine pouch product, in terms of the average of the 9 harmful components the World Health Organization recommends to reduce in cigarette smoke.

How do I use nicotine pouches? How long do they last?

To open container, break plastic seal on side. Take out pouch and place under top lip. BiNGBONG's semi-wet format allows for a long, even release of nicotine and flavoring for up to 60 minutes. When flavor is gone, dispose of in trash or in catch-lid.

What's in BiNGBONG nicotine pouches?

Nicotine pouches typically contain nicotine, flavorings, sweeteners and plant-based fibers. More specifically, BiNGBONG contains Microcrystalline Cellulose (filler/texture), pharma-grade synthetic nicotine, Mannitol and Ace K (sweeteners), Sodium Bicarbonate and Sodium Carbonate (pH buffers), and flavoring.

What type of nicotine is used in BiNGBONG pouches?

Nicotine is either tobacco or synthetic-derived; BiNGBONG uses synthetic nicotine. Nicotine is also divided into salt-base and free-base. While more expensive, BiNGBONG uses S-isomer, salt-based synthetic nicotine to reduce TSNAs (cancer-causing chemicals in tobacco-derived nicotine), reduce irritation, and optimize the nicotine delivery mechanism.

What are the benefits of using nicotine pouches?

Nicotine pouches have many benefits compared to smoking and vaping, including: 100% tobacco-free, without the numerous known toxins and TSNAs found in cigarettes; no combustion, the leading reason smoking is harmful; they do not discolor teeth or clothing; no second-hand effect, since they do not emit odors, smoke or vapor; and they are discreet, essentially invisible compared to other cessation products.

Are there risks to using nicotine pouches?

Nicotine pouches are not risk-free as they contain nicotine, an addictive chemical. Risks include: nicotine addiction, so if you are not already addicted to other tobacco or nicotine products this product is not for you; nausea and dizziness, in which case remove the pouch, lower the mg strength, or quit; gum recession, since nicotine can inhibit blood flow, so avoid placing the pouch in the same spot repeatedly; and hiccups or difficulty sleeping, since nicotine is a stimulant, so reduce dosage, quit, or avoid use within 4 hours of bedtime.

Can they help me quit smoking, vaping, or snus?

Unlike pharma-made gum and patches, nicotine pouches are not currently approved as Nicotine Replacement Therapy (NRT). However, some people may find them helpful in quitting smoking, vaping, or snus.

How does the nicotine strength and absorption of pouches compare with traditional cigarettes or vaping?

Traditional cigarettes contain roughly 10-12 mg of nicotine and reach maximum nicotine absorption more quickly than nicotine pouches. Pouches, however, maintain a longer plasma nicotine concentration. The nicotine absorption rate varies by product and nicotine strength.

How do nicotine pouches differ from traditional snus?

Traditional snus contains tobacco, while nicotine pouches do not. However, many people refer to both as "snus."

How many calories are in a BiNGBONG pouch?

Less than 1 calorie. The food-grade sweeteners used are calorie-free.

How does the nicotine concentration compare to e-cigarettes and cigarettes?

This comparison assumes a 12 mg cigarette, 10 puffs of 3.5 seconds per hour, and 1 nicotine pouch per hour. As a rough guide: someone smoking 20+ cigarettes daily corresponds to roughly 20+ mg/mL e-liquid and a 6+ mg pouch; 11-19 cigarettes daily to 18-20 mg/mL and a 6 mg pouch; 3-10 cigarettes daily to 10-12 mg/mL and a 6 mg pouch; up to 10 cigarettes weekly to 3-6 mg/mL and a 3 mg pouch; and 1-2 cigarettes weekly or monthly to 0-3 mg/mL and under 3 mg per pouch. (20 mg/mL is equivalent to 2%; 6 mg/pouch is approximately 12 mg/g.) This is a rough estimate, as many factors affect nicotine absorption and tolerance.

FREQUENTLY ASKED QUESTIONS

Nicotine pouches are small pouches placed between the lip and gum. They contain nicotine, flavorings and other ingredients, but do not contain tobacco leaf. Nicotine is absorbed through the gums and lining of the mouth. [1]
Place one pouch between your upper lip and gum, usually slightly to one side and leave it comfortably in place. There’s no need to chew or suck the pouch. When you're finished, remove it and dispose of it responsibly.
The BiNGBONG Way: crack it, tuck it, rip it, toss it.
Usage time depends on the product and personal preference.
BiNGBONG is formulated for sustained nicotine and flavor release for up to 60 minutes.
If you experience uncomfortable irritation, nausea, dizziness or other adverse effects, remove the pouch.
No. Nicotine pouches are designed to sit between your lip and gum rather than being chewed or swallowed. Nicotine is released in the mouth and absorbed through the oral tissues. [1]
No. Nicotine pouches are designed for spit-free use. The pouch sits between the lip and gum while nicotine is absorbed through the lining of the mouth. [1]
Traditional snus contains tobacco. Nicotine pouches do not.
The sensation can vary according to factors such as nicotine concentration, pH, flavor formulation and individual sensitivity.
If the sensation becomes painful or causes significant irritation, remove the pouch. [7,8]

GETTING STARTED

BiNGBONG nicotine pouches are manufactured in Indonesia at an ISO- and GMP-certified facility that is also FDA/EU standard-compliant.
The synthetic nicotine technology behind BiNGBONG has been continuously developed and refined by our pharmaceutical R&D team since the early 2000s. The same nicotine technology is also supplied for use by Western pharmaceutical companies.
Yes. BiNGBONG nicotine pouches contain no tobacco leaf and use synthetic nicotine.
“Tobacco-free” does not mean nicotine-free or risk-free. Nicotine is highly addictive. [1,2]
TDN:
Nicotine extracted from tobacco plants. It naturally contains mostly S-nicotine but requires purification to remove tobacco-derived compounds.
SN:
Nicotine made in a laboratory. It avoids tobacco agriculture and can be produced with extremely high purity, but requires advanced chemistry and strict quality control.
In one study, TDN was found to contain the characteristic tobacco compound, 2,3’-bipyridine, a toxic irritant.
BiNGBONG uses 99.96% purity synthetic S-isomer nicotine. [9]
BiNGBONG Regular contains 6 mg of nicotine per pouch.
Nicotine content varies considerably between nicotine-pouch products, and the amount printed on the package does not by itself describe the product's nicotine-delivery profile. [1,5]
BiNGBONG's formulation contains microcrystalline cellulose, mannitol, calcium lactate, water, synthetic nicotine, sodium bicarbonate, povidone, xylitol and flavorings.
Unlike traditional snus, BiNGBONG contains no tobacco leaf.
“Semi-moist” refers to the moisture characteristics of the pouch.
Moisture can influence mouthfeel as well as how soluble ingredients dissolve and are released from a pouch. Commercial nicotine-pouch products show substantial differences in moisture content and physical characteristics. [5,6]
BiNGBONG uses a semi-moist formulation designed to balance softness, flavor delivery and sustained release.

PRODUCT & INGREDIENTS

“Nicotine itself does not cause cancer, lung disease, heart disease or stroke and has been used safely for many years in medicines to help people stop smoking.” - NHS
However, nicotine pouches are not risk-free. They contain nicotine, which is highly addictive, and research into their long-term health effects is continuing.
While nicotine is not considered a direct carcinogen, it does have several harmful effects, namely:
• Nicotine is a highly addictive chemical.
• Nicotine can cause cardiovascular and respiratory issues.
• In adolescence, nicotine can affect parts of the brain that control learning, mood, memory, attention and impulse.
• Frequent use can lead to nicotine toxicity in children or adults.
People who do not currently use nicotine or tobacco products should not start using nicotine pouches. [1,2]
BiNGBONG does not claim its nicotine pouches to be safe, healthy or harmless.
The FDA states that nicotine pouches can generally be a lower-risk alternative for adults who smoke cigarettes, but nicotine pouches are not risk-free. [3]
This does not mean every individual nicotine-pouch brand has authorization to advertise specific reduced-risk claims. In June 2026, for example, the FDA authorized specific modified-risk claims for certain ZYN products following product-specific review. [4]
Nicotine pouches should not be presented as approved smoking-cessation medications.
People who want to quit nicotine entirely should use evidence-based cessation resources and, where appropriate, approved cessation medications.
BiNGBONG is an adult nicotine product, not a smoking-cessation medication. [1]
Anecdotally, I have swallowed pouches several times with no adverse effect (absorption actually weakens in the intestines).
However, nicotine pouches are not intended to be swallowed.
Nicotine exposure can cause poisoning, particularly in children. Symptoms can include vomiting, confusion and, in serious cases, loss of consciousness. [10]
If a child swallows a nicotine pouch or anyone develops concerning symptoms after exposure, seek medical or poison-control assistance promptly.
BiNGBONG is intended for adults who already use nicotine.
People who do not currently use nicotine should not start. Nicotine is highly addictive and is particularly concerning for young people and during pregnancy. [1]
Keep nicotine products away from children and pets.
Keep nicotine pouches sealed, securely stored and away from children and pets. Excessive heat, moisture and direct sunlight should be avoided.
For BiNGBONG specifically:
Store below 25°C and below 75% relative humidity.
This is particularly relevant in hot and humid climates such as Southeast Asia.
The FDA also recommends securely storing nicotine pouches in their original packaging to help prevent accidental exposure to children and pets. [10]
Yes, they can.
Published research has reported oral effects including soreness, dry mouth, gingival irritation and localized oral lesions among some nicotine-pouch users. However, research into their long-term oral-health effects remains limited. [8]

HEALTH & SAFETY

THE SCIENCE OF NICOTINE POUCHES

Nicotine dissolves while the pouch sits between the lip and gum and is absorbed through the oral mucosa, the tissue lining the mouth.
This produces a different pharmacokinetic profile from cigarette smoking. Clinical studies have found that nicotine from pouches generally reaches peak blood concentrations more slowly than nicotine from cigarettes. [11,12]
Nicotine is a weak base and can exist in ionized and un-ionized—or free-base—forms.
Increasing pH generally increases the proportion present as free-base nicotine. Free-base nicotine crosses biological membranes more readily, making pH an important variable in oral nicotine delivery. [13,14]
Commercial nicotine pouches have been measured across a fairly wide pH range.
No.
The number tells you how much nicotine is contained in the pouch—not exactly how quickly or how much of that nicotine will reach the bloodstream during use.
Factors such as pH, free nicotine fraction, moisture, formulation, pouch characteristics and duration of use can influence nicotine release and absorption. [5,11,13]
That's why two products labeled 6 mg can potentially deliver noticeably different experiences.
Free nicotine, or free-base nicotine, is the un-ionized form of nicotine.
This form crosses biological membranes more readily than ionized nicotine. Consequently, the proportion of nicotine present as free-base nicotine is relevant to how oral nicotine products deliver nicotine. [13,14]
Studies have found substantial differences in free nicotine between commercial pouch products. [6]
Nicotine is chiral, meaning the molecule can exist in two mirror-image forms, or enantiomers:
S-nicotine
and
R-nicotine
Naturally occurring nicotine in tobacco is overwhelmingly the S-isomer. [9,15]
BiNGBONG uses high-purity synthetic S-isomer nicotine.
Although they have the same molecular formula, their three-dimensional orientations differ.
That matters biologically because receptors can distinguish between molecular orientations. Experimental evidence indicates that S-nicotine generally has greater pharmacological activity at nicotinic acetylcholine receptors than R-nicotine, although much of the comparative evidence comes from preclinical research. [9,15]
Not necessarily.
An S-nicotine molecule is still S-nicotine regardless of whether it was isolated from tobacco or synthesized chemically.
What can differ is the stereoisomer composition, manufacturing process and impurity profile of the resulting material. [9]
Therefore, “synthetic” describes the nicotine's origin rather than automatically describing an entirely different nicotine molecule.
Nicotine binds to nicotinic acetylcholine receptors in the nervous system.
Activation of these receptors affects multiple neurotransmitter systems and pathways involved in attention, arousal, reinforcement and reward. Repeated exposure also contributes to dependence and neuroadaptation. [16]
Nicotine is addictive and should not be promoted as a cognitive-enhancement product.
Nicotine affects the brain and autonomic nervous system.
Exposure exceeding someone's tolerance can produce symptoms such as nausea, dizziness, sweating and changes in heart rate. Responses vary considerably according to nicotine tolerance and exposure.
Someone with little nicotine tolerance can therefore react very differently to the same pouch than an experienced nicotine user. [2,10]

NICOTINE & ABSORPTION

Moisture helps soluble ingredients—including nicotine and flavor compounds—dissolve and move through the pouch.
Studies examining commercial nicotine pouches have found substantial differences in moisture content, formulation and dissolution characteristics. [5,6]
That's one reason dry, semi-moist and moist pouches can behave differently.
Nicotine first needs to become available from the pouch formulation before it can cross the oral mucosa.
Water within the pouch can facilitate dissolution and release of soluble ingredients.
However, moisture alone does not determine nicotine delivery. pH, nicotine concentration, free nicotine fraction, formulation and pouch characteristics can also matter. [5,13,14]
A nicotine pouch acts as a small delivery matrix.
Saliva interacts with the pouch, soluble ingredients dissolve, and nicotine is progressively released. The rate depends on the formulation and physical characteristics of the product.
Laboratory dissolution testing has demonstrated that different nicotine-pouch products can have different nicotine-release profiles. [5]
A pouch remains in direct contact with the oral mucosa for an extended period.
As nicotine continues to become available from the pouch, absorption can continue.
This differs from cigarette smoking, where nicotine is delivered through the lungs very rapidly. Clinical studies demonstrate different nicotine pharmacokinetic profiles between cigarettes and oral nicotine pouches. [11,12]
Several variables can influence oral sensation, including:
nicotine purity, nicotine type, nicotine concentration, pH, flavor chemistry, cooling agents, moisture, formulation and individual sensitivity.
A stronger burning sensation therefore does not necessarily mean the pouch contains more nicotine.
Differences in pouch chemistry and physical characteristics between commercial products are substantial. [5,6,13]
Your mouth senses more than physical temperature.
Menthol and other cooling compounds interact with temperature-sensitive receptors such as TRPM8. Activating these sensory pathways can create a perception of cooling even without a comparable physical reduction in tissue temperature. [17]
In simple terms: your mouth can be chemically convinced that something is cold.
It can change how strong the overall sensory experience feels, even if the amount of nicotine hasn't changed.
Menthol, cooling agents, sweetness and other flavor characteristics can influence perceived cooling, irritation, harshness and smoothness.
That means perceived “strength” isn't determined solely by the milligrams of nicotine printed on the can. [17]
Potentially.
Because oral nicotine absorption is influenced by pH, changes to the environment inside the mouth can affect nicotine absorption.
Controlled research with nicotine gum found that acidic drinks such as coffee and cola reduced nicotine absorption when consumed around gum use. [18]
That study examined nicotine gum rather than modern nicotine pouches, so it should not be used to claim that a particular drink definitely changes nicotine absorption from BiNGBONG. It does, however, demonstrate why oral chemistry matters.
Because nicotine content is only one part of a delivery system.
Two pouches containing the same number of milligrams can differ in:
pH
Free nicotine fraction
Moisture
Nicotine form
Pouch material
Dissolution rate
Flavor chemistry
Physical dimensions
Formulation
Duration of use

POUCH FORMULATION SCIENCE

SOURCES & REFERENCES

[1] Centers for Disease Control and Prevention (CDC). “Nicotine Pouches.”
CDC — Nicotine Pouches

[2] U.S. Food and Drug Administration (FDA). “Nicotine Is Why Tobacco Products Are Addictive.”
FDA — Nicotine and Addiction

[3] U.S. Food and Drug Administration (FDA). “The Relative Risks of Tobacco Products.”
FDA — Relative Risks of Tobacco Products

[4] U.S. Food and Drug Administration (FDA). “FDA Authorizes 20 ZYN Nicotine Pouches to be Marketed with a Specific Modified Risk Claim.” June 30, 2026.
FDA — ZYN Modified Risk Authorization

[5] Platt SP, et al. “Dissolution and physical characterization of oral nicotine pouch products.”
PubMed Central — Nicotine Pouch Dissolution and Physical Characteristics

[6] Felicione NJ, et al. “Oral Nicotine Pouches: Rising Popularity and State of the Science.”
PubMed Central — State of Nicotine Pouch Science

[7] Jackson JM, et al. “Nicotine pouches: a review for the dental team.” British Dental Journal.
PubMed Central — Nicotine Pouches and Dental Health

[8] Rungraungrayabkul D, et al. “What is the impact of nicotine pouches on oral health: a systematic review.”
PubMed Central — Nicotine Pouches and Oral Health Systematic Review

[9] Berman ML, et al. “Synthetic Nicotine: Science, Global Legal Landscape, and Regulatory Considerations.”
PubMed Central.

[10] U.S. Food and Drug Administration (FDA). “Properly Store Nicotine Pouches to Prevent Accidental Exposure to Children and Pets.”
FDA — Nicotine Pouch Storage and Accidental Exposure

[11] McEwan M, et al. “A Randomised Study to Investigate the Nicotine Pharmacokinetics of Oral Nicotine Pouches.”
PubMed Central — Nicotine Pouch Pharmacokinetics

[12] Chapman F, et al. “A randomised, open-label, cross-over clinical study comparing nicotine pouch and cigarette pharmacokinetics.”
PubMed Central — Nicotine Pouch vs Cigarette Pharmacokinetics

[13] Benowitz NL, et al. “The central role of pH in the clinical pharmacology of nicotine.”
PubMed Central — Nicotine and pH

[14] Sriram A, et al. “Evaluation of Factors Impacting Nicotine Permeation in Oral Nicotine Pouches.”
PubMed Central — Nicotine Pouch Permeation

[15] Scientific literature concerning nicotine stereoisomers and the pharmacological differences between S- and R-nicotine.
See Berman et al. [9] and associated stereoisomer literature.

[16] Benowitz NL. “Nicotine Addiction.” New England Journal of Medicine.
PubMed Central — Nicotine Addiction Review

[17] Scientific literature examining menthol, synthetic cooling agents and TRPM8-mediated cooling sensations in oral nicotine products.
Relevant studies are indexed through PubMed and PubMed Central.

[18] Henningfield JE, et al. “Drinking coffee and carbonated beverages blocks absorption of nicotine from nicotine polacrilex gum.”
PubMed.