Nasal strips are one of the simplest tools you can use to breathe better - whether you're trying to sleep more soundly, reduce snoring, power through a workout, or manage seasonal congestion. This guide covers everything you need to know: how nasal strips work, what the research actually says about their effectiveness, who benefits most, how to apply them correctly, and how to choose the right strip for your needs.

Key Takeaways

• Nasal strips are external, drug-free adhesive bands that physically widen the nasal passages by lifting the nasal valve - the narrowest point inside your nose.

• Research shows nasal strips increase nasal airflow by approximately 15%, which can improve breathing comfort during sleep and exercise, though they don't improve VO2max in healthy athletes.

• They work best for nasal-related issues - nasal congestion, nasal snoring, and reduced nasal airflow - but won't resolve throat-based snoring or obstructive sleep apnea.

• Nasal strips are generally safe for regular use, including overnight wear, though people with sensitive skin or adhesive allergies should use them with caution.

• Choosing the right strip matters - adhesive strength, size, skin sensitivity, and whether you need a strip for sleep or sport all influence which product is best for you.

What Are Nasal Strips?

Nasal strips are small, flexible adhesive bands worn on the outside of the nose, across the bridge. They're classified as external nasal dilators - devices that physically open the nasal passages from the outside, without any medication or internal insertion.

External nasal strips have become a staple product for people dealing with snoring, congestion, and poor sleep quality. Elite athletes have also adopted them - you've likely seen strips on marathon runners or AFL players at the elite level.

Common users include:

• People who snore or live with a partner who snores

• Runners, cyclists, and other endurance athletes

• People with seasonal allergies or nasal congestion

• Habitual mouth breathers trying to switch to nasal breathing at night

• CPAP users looking for supplemental nasal support

• Anyone who wakes up with a dry mouth or disrupted sleep

Nasal strips are different from internal nasal dilators (like Mute or Turbine), which sit inside the nostrils. External strips are widely considered more comfortable and easier to use for everyday and overnight wear.

How Do Nasal Strips Work? The Science of the Nasal Valve

Nasal strips work by physically widening the nasal valve - the narrowest point inside your nose - to allow more air to pass through with less effort.

What is the nasal valve?

The nasal valve is located just inside your nostrils, roughly where your nose transitions from the tip to the bridge. First described anatomically in 1903, this narrow internal structure controls most of the resistance you feel when you breathe in through your nose. When it narrows - due to anatomy, congestion, inflammation, or physical collapse during heavy breathing - airflow drops significantly.

How do nasal strips actually open the nasal passages?

An external nasal strip uses a spring-loaded adhesive band. When you press it across the bridge of your nose, the band attempts to recoil to its flattened position, which gently lifts the soft tissue of the nasal walls outward. This mechanical action widens the nasal valve and increases the cross-sectional area of your nasal passage.

Research quantifies the effect clearly. According to data cited in a systematic review published in European Archives of Oto-Rhino-Laryngology (2020), external nasal strips:

• Increase maximum inspiratory nasal airflow by approximately 14.9%

• Boost nasal ventilation by approximately 14.3%

• Reduce nasal resistance by roughly 0.5 cm H₂O/Lps

That 15% airflow improvement is meaningful in terms of how your breathing feels - particularly at rest and during lower-intensity activity.

Why don't nasal strips contain any medication?

Because they work purely through physical mechanics. There are no drugs, chemicals, or active ingredients involved. The strip lifts the tissue; gravity and natural tissue resistance do the rest. This is why nasal strips are considered a drug-free breathing aid - they can't treat inflammation, infection, or congestion at a cellular level, but they can reduce the mechanical resistance that makes breathing feel difficult.

What Are the Benefits of Nasal Strips?

Nasal strips offer several well-documented benefits, particularly for people who struggle with nasal airflow at night or during physical exertion.

Better nasal breathing

The primary benefit is straightforward: you breathe more freely through your nose. This matters because nasal breathing is physiologically superior to mouth breathing for most purposes. Your nose filters, warms, and humidifies incoming air before it reaches your lungs - a function your mouth cannot replicate.

Reduced snoring

For people whose snoring originates in the nasal passages (rather than the throat), nasal strips can meaningfully reduce snoring loudness and frequency. A randomised, placebo-controlled trial published in Allergy, Asthma & Clinical Immunology (2018) found that participants using nasal dilator strips reported improved sleep quality, less nasal stuffiness, and easier breathing, along with improved partner reports of reduced snoring.

Improved sleep quality

By reducing nasal resistance at night, strips can help you stay in deeper sleep stages without waking due to laboured breathing. People with chronic nocturnal nasal congestion, in particular, often report noticeable improvement in sleep comfort.

Less mouth breathing

Opening the nasal passages reduces the likelihood of defaulting to mouth breathing during sleep. Mouth breathing overnight is associated with dry mouth, sore throat, and disrupted sleep - switching to nasal breathing typically resolves these issues.

Easier breathing during congestion

During a cold, allergy season, or periods of nasal congestion, nasal strips provide temporary relief by physically widening the airway. They don't treat the underlying inflammation, but they can make breathing more manageable while other remedies - saline rinses, nasal sprays, or time - address the cause.

Support for exercise and training

Nasal strips delay the point at which your body transitions from nasal-only breathing to mouth breathing during exercise - by approximately 15.2%, according to research. For athletes who train nasal breathing at easy effort, this can support longer periods of nasal-only breathing before intensity demands a switch to mouth breathing.

A drug-free, non-invasive option

Nasal strips require no prescription, no medication, and no insertion of any object inside your nose. For people who prefer to avoid pharmaceutical interventions or who are looking for a simple first step, they represent a low-risk starting point.

Who Can Benefit from Using Nasal Strips?

Nasal strips aren't a universal solution, but they're genuinely helpful for a specific and fairly broad group of people.

Snorers - specifically those whose snoring is caused by reduced nasal airflow rather than throat vibration or airway collapse. If your snoring tends to worsen when you're congested, nasal strips are worth trying.

Athletes and runners - particularly those who have a structural nasal issue such as a deviated septum, nasal valve compromise, or chronic congestion. Research published in European Archives of Oto-Rhino-Laryngology (2023) confirmed that nasal dilators improved performance in athletes with restricted nasal patency, while having no measurable effect on those with normal nasal anatomy.

People with seasonal allergies - nasal strips provide mechanical relief when allergen-driven inflammation narrows the passages, without the side effects that come with some antihistamines or decongestants.

People with mild congestion - from colds, sinus pressure, or environmental factors. Strips won't cure the congestion, but they can make the experience less miserable.

Habitual mouth breathers - people who breathe through their mouth during sleep often wake with a dry mouth, sore throat, or disrupted rest. Nasal strips can help encourage nasal airflow and are frequently used alongside mouth tape as a combined approach.

CPAP users - some people using continuous positive airway pressure therapy for sleep apnea find that nasal strips help reduce nasal resistance and improve overall comfort during CPAP use. Always consult your sleep specialist before adding any accessory to your CPAP routine, as it may affect machine settings.

People experiencing pregnancy congestion - sometimes called pregnancy rhinitis, nasal congestion during pregnancy is common due to hormonal changes. Nasal strips are generally considered a safe, drug-free option for temporary relief. However, always check with your midwife or GP before starting any new product during pregnancy.

Do Nasal Strips Actually Work? What the Research Says

Yes, nasal strips work - but the answer depends on what you're asking them to do.

What the evidence confirms

External nasal strips reliably increase nasal airflow by around 15% and reduce nasal resistance. This is consistently demonstrated across multiple studies. They delay the transition from nasal to mouth breathing during exercise. For people with nasal congestion or structural nasal issues, this mechanical benefit is real and measurable.

A 2018 randomised controlled trial in Allergy, Asthma & Clinical Immunology found that participants with chronic nocturnal nasal congestion reported improved sleep quality and easier breathing when using nasal dilator strips. A separate study found improvements in partner-reported snoring.

Where the evidence is more mixed

The picture becomes more complicated for healthy individuals using strips purely for performance. A 2020 meta-analysis of 19 studies covering 168 participants, published in European Archives of Oto-Rhino-Laryngology, found no statistically significant improvement in VO2max, heart rate, or perceived exertion in healthy individuals wearing external nasal strips during exercise. A 2022 systematic review found a small signal favouring nasal dilators for perceived exertion, but rated the certainty of evidence as "very low."

The reason: your mouth compensates. When nasal airflow becomes insufficient at higher exercise intensities, your body automatically switches to mouth breathing, which delivers far more air volume than your nose can manage - strip or not.

The important exception

Athletes and individuals with nasal valve compromise, a deviated septum, or chronic nasal obstruction are the exception to the "no performance benefit" finding. For these people, a nasal strip isn't adding marginal airflow to already-adequate breathing - it's restoring airflow that their anatomy is actively restricting. A 2023 study of 38 endurance athletes confirmed this: nasal dilators improved performance in athletes with restricted nasal patency, with no effect in those with normal anatomy.

Realistic expectations

Nasal strips are best understood as a comfort and airflow tool, not a performance hack. They make breathing feel easier, reduce the effort required to draw air through the nose, and support nasal breathing during sleep. These are legitimate, meaningful benefits - they're just not the same as making you run faster or cure your snoring permanently.

How to Apply Nasal Strips Correctly

Correct application makes a significant difference to both comfort and effectiveness.

Step-by-step application guide

1. Wash your face - clean skin is essential. Oil, sweat, and moisturiser will prevent the adhesive from sticking properly. Wash your nose and the surrounding bridge area with soap and water.

2. Dry thoroughly - pat the area dry with a clean towel and wait a minute or two for any residual moisture to evaporate.

3. Peel the backing - remove the protective film from the adhesive side of the strip.

4. Find the correct position - the strip should sit across the widest part of your nose, roughly halfway between the tip and the brow. It should bridge both sides of the nasal bone, where the nose begins to widen.

5. Press firmly - press the strip down from the centre outward, smoothing it flat against your skin. Hold it in place for 10–15 seconds.

6. Check placement - if the strip is too high (on the bony part of the bridge), it won't flex correctly. Too low, and it won't reach the nasal valve.

7. Remove carefully - when removing, wet the strip first if possible. Peel slowly from one end, pulling in the direction of hair growth, to minimise skin irritation.

Common Mistakes to Avoid When Using Nasal Strips

Even a well-designed strip won't perform well if applied incorrectly.

• Applying too high on the bridge - on the bony part of the nose, the strip can't flex or lift soft tissue. The strip needs to sit where the cartilage and soft tissue are.

• Applying too low toward the tip - this misses the nasal valve entirely and won't widen the relevant airway.

• Applying over oily or moisturised skin - adhesive won't bond properly. Skip moisturiser on the nose area before bed if you plan to wear a strip overnight.

• Reusing a single-use strip - the adhesive degrades after one use. Reusing a strip typically results in poor adhesion, ineffective positioning, and potential skin irritation.

• Using the wrong size - strips come in standard and large. Using a standard strip on a wider nose means the edges won't reach far enough across the nasal walls to create the necessary lift.

• Removing the strip too quickly - fast removal can irritate or even slightly damage the skin surface. Wet the strip or apply a warm flannel for 30 seconds before removal.

Nasal Strips for Sleeping: What to Expect

For many people, the most valuable use of nasal strips is overnight. Here's what the research and practical experience suggest.

Nasal strips help reduce the physical effort required to breathe through your nose during sleep, when your airway naturally relaxes and nasal resistance tends to increase. This can reduce the likelihood of transitioning to mouth breathing during the night - a transition that often causes dry mouth, sore throat, and lighter, more disrupted sleep.

Studies in people with chronic nocturnal nasal congestion have found improvements in subjective sleep quality and reduced stuffiness with nasal strip use. The benefit is particularly pronounced for people who struggle with congestion that worsens when lying down (a common experience, since horizontal positioning increases nasal blood flow and tissue swelling).

Using nasal strips in combination with mouth tape is increasingly common among people focused on sleep quality and nasal breathing. The strips support nasal airflow; the mouth tape gently encourages the mouth to stay closed. Together, they create conditions that make nasal breathing during sleep easier and more consistent.

Can Nasal Strips Help With Snoring?

Nasal strips can reduce snoring - but only if the snoring originates from the nose.

When nasal strips can help with snoring

Nasal snoring occurs when reduced airflow through congested or narrow nasal passages forces turbulent, high-velocity air through a smaller opening. This turbulence creates the snoring sound. By widening the nasal passage, nasal strips can reduce that turbulence and lower snoring intensity or frequency.

This type of snoring typically worsens when you have a cold, during allergy season, or when sleeping on your back. If your snoring is worse when congested, there's a reasonable chance it has a nasal component, and strips are worth trying.

When nasal strips won't help with snoring

If snoring originates from throat vibration or airway collapse - particularly the soft palate, uvula, or base of the tongue - nasal strips will have no effect. This includes snoring associated with obstructive sleep apnea (OSA), a condition characterised by repeated partial or full airway collapse during sleep. Nasal strips are not a treatment for OSA and should not be used as a substitute for professional evaluation and management.

A useful test: if wearing a nasal strip for several nights makes no difference to your snoring, the cause is likely in the throat rather than the nose. At that point, a sleep study is the appropriate next step.

Complementary lifestyle changes

Nasal strips work best alongside broader habits: maintaining a healthy weight (excess tissue around the throat narrows the airway), avoiding alcohol before bed (which relaxes throat muscles), sleeping on your side rather than your back, and staying well-hydrated.

Nasal Strips for Exercise and Sports Performance

The use of nasal strips in sport has grown significantly, particularly among runners, cyclists, and CrossFit and HYROX competitors. The evidence, however, tells a more nuanced story than the marketing often suggests.

Do nasal strips improve athletic performance?

For healthy athletes with normal nasal anatomy, the research is clear: external nasal strips do not meaningfully improve VO2max, heart rate, or perceived exertion. The 2020 meta-analysis of 19 studies is the most comprehensive data point available, and the finding of no statistically significant performance improvement in healthy individuals has held across multiple reviews.

The reason this matters: your mouth compensates. At higher exercise intensities, your body switches from nasal to mouth breathing automatically, gaining access to a far larger air supply. A 15% increase in nasal airflow is functionally irrelevant when you're delivering three to four times the air volume through your mouth.

Who does benefit from nasal strips during exercise?

Athletes with nasal valve compromise, a deviated septum, or chronic nasal congestion are the exception. For this group, a strip isn't providing a marginal boost - it's correcting a restriction that others don't have. If your nostrils visibly collapse inward when you inhale sharply, or one side consistently feels blocked even when you're not congested, you likely have some degree of nasal valve weakness that strips may address.

Nasal strips for specific sports

Nasal breathing training: a bigger opportunity

The larger performance opportunity isn't the strip itself - it's nasal breathing training. Research has found that runners who trained exclusively through their nose for six months achieved the same VO2 at a lower respiratory rate than they started with, indicating measurably improved respiratory efficiency. Nasal breathing also increases production of nitric oxide, a vasodilator that improves oxygen delivery to working muscles.

The practical application: on your easy runs, breathe only through your nose. If you can't maintain it, you're likely running too fast for what should be a true easy effort. Let mouth breathing happen naturally at threshold pace and above. Nasal strips can make this training more comfortable at easy pace, without being the source of the adaptation itself.

Nasal Strips for Congestion: What Works and What Doesn't

Nasal strips are a useful tool during periods of congestion - but their role is supportive, not curative.

Colds and viral congestion

During a cold, congestion is driven by inflammation and mucus accumulation in the nasal passages. A nasal strip can't reduce inflammation or clear mucus, but it can widen the passage enough to make breathing more bearable, particularly at night. Many people find strips helpful during the first few days of a cold, when nasal symptoms peak.

Seasonal and allergic congestion

For people with hay fever or allergic rhinitis, nasal strips provide mechanical relief without medication - useful for people who want a drug-free option or who are managing their antihistamine or corticosteroid spray alongside physical aids. They're best used as part of a broader allergy management plan, not as a replacement for appropriate medical treatment.

Pregnancy congestion

Nasal congestion is common during pregnancy due to elevated oestrogen and progesterone levels, which increase blood flow and cause the nasal mucous membranes to swell. This is sometimes called pregnancy rhinitis and can persist throughout the pregnancy.

External nasal strips are generally considered safe during pregnancy as a drug-free option for temporary nasal relief. However, always consult your midwife or GP before using any new product during pregnancy, particularly in the first trimester.

When to see a doctor

Nasal strips are not a diagnostic tool and should not be used as a substitute for medical evaluation. See your GP if:

• Congestion persists for more than 10–14 days without a clear cause

• You suspect a structural issue such as a deviated septum or nasal polyps

• Your snoring is accompanied by gasping, choking, or excessive daytime sleepiness

• You experience persistent one-sided nasal obstruction

Are Nasal Strips Safe to Use?

Yes. External nasal strips are generally safe for regular use, including overnight wear. There is no evidence that using nasal strips every night causes harm.

Everyday and overnight use

Breathe Right and other major brands recommend a maximum wear time of 12 hours per day. There is no evidence that wearing nasal strips every night is dangerous, though it's worth monitoring skin condition if used nightly over extended periods.

Dr. Michael Yong, a board-certified otolaryngologist at Pacific Neuroscience Institute in California, notes that while nasal strips are safe to use, relying on them nightly without identifying the underlying cause of your breathing difficulty "is not a great long-term plan, because they're not a definitive fix." If you're using strips every single night and feel you can't sleep without them, a conversation with your GP or an ENT is worth having.

Skin irritation and sensitive skin

The most common side effect is mild skin irritation or redness at the adhesion site, particularly with repeated nightly use or in people with sensitive skin. To reduce this risk:

• Remove the strip slowly, ideally after wetting it first

• Allow your skin to recover with a break day once or twice a week if needed

• Look for strips specifically formulated for sensitive skin

Are nasal strips safe during pregnancy?

Nasal strips are a drug-free product with no active ingredients absorbed through the skin, which makes them broadly suitable for pregnancy. Check with your healthcare provider to confirm they're appropriate for your individual situation.

Are nasal strips safe for children?

Most manufacturers recommend that nasal strips not be used on children under five. Always check the specific product instructions and consult a paediatrician if you're considering strips for a child.

Latex sensitivity

Some nasal strips contain latex components. If you have a known latex allergy, check the product's material list before use and opt for latex-free alternatives.

Who Shouldn't Use Nasal Strips?

While nasal strips are safe for most people, there are situations where they should be avoided or used only on medical advice.

• Open wounds, cuts, or broken skin on or around the nose - applying adhesive to damaged skin risks infection and worsens irritation.

• Severe skin conditions affecting the nose (eczema, psoriasis, rosacea flares) - the adhesive may aggravate already compromised skin.

• Sunburned skin - never apply a nasal strip to sunburned or inflamed skin.

• Confirmed latex allergy - check product materials and choose a latex-free strip.

• Obstructive sleep apnea without professional guidance - nasal strips do not treat OSA and should not be used as a substitute for CPAP therapy or other prescribed interventions.

• Young children under five - unless specifically directed by a healthcare provider.

If you're unsure whether nasal strips are appropriate for your specific health situation, consult a GP or ENT specialist.

Nasal Strips vs Other Breathing Aids: How Do They Compare?

Internal nasal dilators vs external strips: Internal dilators (such as Mute or Turbine) sit inside the nostrils and may have slightly stronger research support for reducing perceived fatigue during exercise - a 2019 study found a statistically significant reduction in exercise-related fatigue with the Nas-air internal dilator. However, internal dilators are less comfortable for sleep, carry a small risk of irritating delicate nasal tissue, and require more precise sizing. For most people, especially those using nasal breathing aids overnight, external strips are the more practical and comfortable choice.

Nasal strips + mouth tape: These two tools work well together. Nasal strips open the nasal passages; mouth tape gently encourages the mouth to stay closed. Used in combination during sleep, they create optimal conditions for nasal breathing throughout the night.

How to Choose the Best Nasal Strips for Your Needs

Not all nasal strips are created equal. Here's what to look for based on your specific use case.

Adhesive quality

The adhesive is the most critical variable. A strip that peels off in the middle of the night is useless. Look for strips rated for overnight use with strong, skin-safe adhesive that holds through movement, light perspiration, and several hours of wear.

Comfort and flexibility

A good strip should flex naturally with your nose rather than sitting rigidly across the bridge. Strips that are too stiff can feel uncomfortable, particularly after an hour or two of wear.

Sensitive skin formulas

If you've experienced redness, itching, or irritation from adhesive products before, look for strips specifically formulated for sensitive skin. These typically use a gentler adhesive that releases more easily and causes less friction on removal.

Size and fit

Most strips come in a standard size and a large option. A strip that doesn't span the full width of your nasal walls can't create adequate lift. When in doubt, try a larger size.

Overnight vs athletic use

Strips designed for overnight sleep prioritise consistent adhesion and comfort over an extended period. Strips for sport need to withstand sweat and facial movement. Check whether the strip you're considering is rated for the context you're using it in.

Introducing 1TAPE Nose Strips

If you're looking for a nasal strip designed specifically for comfortable overnight use, 1TAPE Nose Strips (available at tape1.com.au) are worth considering. Designed for the Australian market, 1TAPE Nose Strips are built for all-night wear - combining reliable adhesion with a skin-comfortable construction suitable for nightly use.

1TAPE also offers mouth tape for sleeping, which pairs naturally with nasal strips for people focused on nasal breathing during sleep, snoring reduction, or sleep quality improvement. Used together, the strips create conditions that make nasal breathing during the night easier, more consistent, and more comfortable.

Whether you're new to nasal strips or looking to upgrade from a generic option, 1TAPE is a straightforward, practical starting point.

Frequently Asked Questions About Nasal Strips

Do nasal strips actually work?

Yes, nasal strips work for their intended purpose: physically widening the nasal valve to increase airflow and reduce nasal resistance. They increase nasal airflow by approximately 15% and are effective for reducing nasal breathing difficulty during sleep and mild congestion. However, they don't improve VO2max or running performance in healthy athletes, and they don't treat the underlying causes of congestion, inflammation, or throat-based snoring.

Can you wear nasal strips every night?

Yes. There is no evidence that using nasal strips nightly is harmful. Most manufacturers recommend a maximum of 12 hours per day. Monitor your skin for irritation, remove slowly, and consider a break day occasionally if you have sensitive skin. If you feel you genuinely can't sleep without one every night, it may be worth seeing a GP or ENT to identify whether an underlying structural issue is contributing.

Can nasal strips stop snoring?

Nasal strips can reduce or stop snoring caused by restricted nasal airflow - where turbulent air through a narrow nasal passage is creating the sound. They won't help snoring caused by throat vibration or airway collapse, which includes snoring associated with obstructive sleep apnea. If your snoring worsens when you're congested, strips are worth testing. If several nights of use make no difference, the cause is likely in the throat.

Can nasal strips help a deviated septum?

Nasal strips can provide temporary relief from breathing difficulty caused by a deviated septum by widening the nasal opening externally. They don't correct the structural deviation - that requires surgical intervention (septoplasty). For people with a mild to moderate deviated septum, strips may meaningfully improve comfort while awaiting or instead of surgery, depending on the severity.

Can you sleep with nasal strips on?

Yes. Nasal strips are specifically designed for overnight use. Apply them to clean, dry skin before bed. Most people find them comfortable enough to wear for a full night's sleep without disturbance.

Are nasal strips reusable?

Standard adhesive nasal strips are single-use products. The adhesive degrades after one application, and reusing a strip typically results in poor adhesion and reduced effectiveness. Some alternative nasal breathing products (such as magnetic external strips) are designed to be reusable with replacement adhesive tabs, but standard external nasal strips are not.

Do nasal strips hurt to apply or remove?

Application should not be painful. Removal can cause mild discomfort, particularly if done quickly or if your skin is dry. To minimise discomfort, wet the strip slightly before removal or apply a warm flannel for 30 seconds to loosen the adhesive, then peel slowly from one end.

Can nasal strips damage your skin?

With correct use and careful removal, nasal strips are unlikely to cause skin damage. Repeated nightly use over time can cause mild redness or irritation at the adhesion points, particularly in people with sensitive skin. Using a moisturiser on the area after removal (not before application) and removing slowly helps reduce cumulative irritation.

Can athletes wear nasal strips during training or competition?

Yes. Nasal strips are permitted in sport and are widely used by amateur and elite athletes. The evidence suggests they provide a comfort benefit - making nasal breathing feel easier at low to moderate intensities - rather than a direct performance improvement in healthy individuals. Athletes with nasal valve compromise, a deviated septum, or chronic congestion may experience genuine performance benefit.

How long should you wear a nasal strip?

Most strips are designed for up to 12 hours of wear. For sleep use, this covers a full night. Don't exceed the recommended wear time, and replace with a new strip rather than reusing the same one.

Can nasal strips help with allergies?

Nasal strips can provide temporary mechanical relief from the nasal stuffiness caused by allergic rhinitis (hay fever). They won't reduce the allergic response itself, and they don't replace antihistamines or nasal steroid sprays for managing moderate to severe allergy symptoms. As part of a broader management approach, they're a useful drug-free tool for breathing comfort during peak allergy periods.

Can children use nasal strips?

Most manufacturers advise against use in children under five. For older children, check the specific product guidelines and consult a paediatrician before use, particularly if the child has any skin sensitivities or underlying nasal conditions.

Can you wear nasal strips during exercise?

Yes. Nasal strips can be worn during exercise. The main practical challenge is adhesion: sweat and humidity during high-intensity exercise can loosen the strip. If you plan to use them for training or competition, test adhesion during a training session before relying on them for a race or event. Some strips are specifically formulated for better adhesion in higher-sweat conditions.

Do nasal strips contain medication?

No. External adhesive nasal strips are drug-free. They work through physical mechanics only, with no active ingredients absorbed through the skin. This is one of their primary advantages for people who prefer to avoid pharmaceuticals or who cannot use certain medications.

Can you wear nasal strips with a CPAP machine?

Some CPAP users find nasal strips helpful for reducing nasal resistance and improving comfort during therapy, particularly if they use a nasal mask. However, adding a nasal strip may affect the pressure dynamics of your CPAP machine. Always consult your sleep specialist or respiratory therapist before incorporating nasal strips into your CPAP routine.

Why do I wake up with a dry mouth, and can nasal strips help?

Waking with a dry mouth is typically a sign of mouth breathing during sleep. When your nasal passages are partially blocked or you've defaulted to mouth breathing, air bypasses your salivary glands and dries the mouth and throat overnight. Nasal strips can help by making nasal breathing easier and more comfortable, reducing the likelihood of transitioning to mouth breathing. Many people find that combining nasal strips with mouth tape provides the most consistent overnight nasal breathing.

Start Breathing Better Tonight

Nasal strips are one of the most practical, low-barrier tools available for improving nasal breathing - whether your goal is better sleep, reduced snoring, easier breathing during exercise, or relief from congestion. They're drug-free, non-invasive, and backed by solid evidence for nasal airflow improvement.

The key is matching expectations to evidence. Nasal strips open your nasal passages. They make breathing feel easier. They can reduce nasal snoring and support more restful sleep. They won't fix obstructive sleep apnea, resolve throat-based snoring, or turn you into a faster runner if your nasal anatomy is already perfectly functional.

For most people, the smartest approach is straightforward: try them for a week or two under consistent conditions - same application technique, same sleeping position - and assess the difference. If you notice easier breathing, fewer wake-ups, a less dry mouth in the morning, or quieter nights, you've found a tool that works for you.

If you're ready to give nasal strips a go, 1TAPE Nose Strips are available at tape1.com.au - designed for comfortable overnight wear and made for the Australian market. Pair them with 1TAPE Mouth Tape if you're focused on nasal breathing during sleep, and take a look at our related guides on [mouth taping for sleep], [how to stop snoring naturally], and [nasal breathing for athletes] as you continue to optimise your breathing.

References

• Torelli, F., Mosnaim, G. S., & D’Ascanio, L. (2020). Does the external nasal dilator strip help in sports activity? A systematic review and meta-analysis. European Archives of Oto-Rhino-Laryngology, 277, 2969–2977. https://link.springer.com/article/10.1007/s00405-020-06202-5

• Golladay, E., & Parker, K. (2020). A review of over-the-counter treatments for snoring and obstructive sleep apnea. Journal of Clinical Sleep Medicine, 16(5), 767–773. https://doi.org/10.5664/jcsm.XXXX

• Camacho, M., Zaghi, S., Certal, V., Abdullatif, J., Means, C., Acevedo, J., et al. (2015). Mouth breathing: Adverse effects and pathophysiological implications. Sleep Science, 8(4), 223–231. https://doi.org/10.1016/j.slsci.2015.08.001

• Quinn, J. W., et al. (2018). Effects of nasal dilator strips on subjective measures of sleep in subjects with chronic nocturnal nasal congestion: A randomized, placebo-controlled trial. Allergy, Asthma & Clinical Immunology, 14, Article 67. https://link.springer.com/article/10.1186/s13223-018-0258-5

• Dinardi, G., de Andrade, C. R. F., Ibiapina, C. C., et al. (2023). Effects of nasal dilators on athletes and non-athletes: A systematic review. European Archives of Oto-Rhino-Laryngology, 280, 3707–3720.

• Ellegård, E. (2004). The etiology and management of pregnancy rhinitis. American Journal of Rhinology, 18(6), 347–349. https://link.springer.com/article/10.1007/BF03256674

• Dinardi, G., et al. (2022). Nasal dilators and exercise tolerance/perceived exertion: systematic review evidence. 

• American Academy of Sleep Medicine. (2015). Clinical practice guideline for the treatment of obstructive sleep apnea and snoring with oral appliance therapy. Journal of Clinical Sleep Medicine, 11(7), 773–827. https://jcsm.aasm.org/doi/full/10.5664/jcsm.4858

• Dallam, G. M., Kies, A. K., & others. (2018). Effect of nasal versus oral breathing on VO2max and physiological economy in recreational runners following an extended period of nasal breathing training.

• Lundberg, J. O. N. (2001). Nitric oxide in the nasal airway: A new dimension in otorhinolaryngology. American Journal of Respiratory and Critical Care Medicine / related source depending on final cited edition. https://www.sciencedirect.com/science/article/pii/S0196070901503051

• Pacific Neuroscience Institute. (n.d.). Expert commentary from Dr. Michael Yong on nasal strips and long-term use.