Nasal strips vs nose magnets: which should you choose?

Nasal strips have decades of studies behind them; magnetic nasal dilators have none yet. How each works, the evidence, pros and cons, and how to choose.

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In short

  • A 2026 scoping review of nonsurgical nasal devices found no published studies on external magnetic nasal devices.
  • Adhesive nasal strips are the most studied external nasal device, and the same review found they consistently increased nasal cross-sectional area and airflow.
  • Magnetic nasal dilators typically use small adhesive tabs on each side of the nose and a band whose magnetic ends attach to them, gently widening the nostrils.
  • In a 1998 sleep lab study of 30 habitual snorers, an adhesive nasal strip reduced peak snoring intensity, especially in snorers without sleep apnea.
  • The FDA advises keeping strong consumer magnets at least six inches from implanted medical devices.
  • Neither nasal strips nor magnetic dilators treat sleep apnea; a 2026 meta-analysis found nasal dilators didn't change sleep apnea measures.

Nasal strips and nose magnets do the same basic job: they pull the sides of your nose outward so air moves through more easily. The difference is the evidence. Adhesive nasal strips have been studied for decades, while a 2026 review of nasal devices couldn't find a single published study on magnetic ones. If you want something with research behind it, a strip is the safer bet today.

What is the difference between nasal strips and nose magnets?

The difference between nasal strips and nose magnets is how they hold the nostrils open. A nasal strip is one adhesive piece with a springy band inside that sits across the nose and tries to straighten, lifting the sides of the nose as it does. A magnetic dilator splits that job in two: small adhesive tabs stick to each side of the nose, and a separate band attaches to them with magnets.

Both are external nasal dilators, meaning they work from outside the nose rather than sitting in the nostrils. That puts them in a different group from nose cones, clips and vents that go inside. Our guide to types of nasal dilators covers the whole range, and nasal strips vs nasal dilators compares strips with the internal kind.

How do nasal strips work?

Nasal strips work by gently lifting the sides of the nose to widen the nasal valve, the narrowest part of the nasal passage. A 2014 review of external nasal dilators said numerous studies have shown they increase the cross-sectional area of the nasal valve, reduce nasal resistance and steady the sides of the nose so they don't collapse inward as you breathe in. The same review described them as simple, noninvasive, painless and affordable, with minimum risk to the user.

One major strip maker says not to wear its strips for more than 12 hours a day, and not over sores, sunburned or irritated skin. Our guide to how nasal strips work explains the mechanics in more detail.

How do magnetic nasal dilators work?

Magnetic nasal dilators work by attaching a stiff band to adhesive tabs on your nose with magnets, so the band pulls the sides of the nose outward. A 2019 design write-up described one version: you clean each side of the nose, press an adhesive tab with a magnet on it just above the pinch point on each side, then place a relatively rigid band across the nose. Its magnetic ends click onto the tabs and gently widen the nostrils. The band can be snapped on or off when needed.

Not every magnetic design works this way. A US patent granted in 2017 describes a set of two clips, each clamped to one side of the nose with one leg inside the nostril and one outside. Magnets on the outer legs repel each other, pushing the sides of the nose apart.

In both cases, the magnets are doing a mechanical job, acting as a fastener or a spring. There's no evidence that magnetism itself does anything for breathing. The same patent states that many earlier magnetic anti-snore devices lack any physical basis, which is worth remembering if a product's marketing leans on magnets as a health benefit.

What does the research say about nasal strips vs magnets?

Research: limited (what this means)

The research supports adhesive nasal strips for opening the nose and has nothing yet on magnetic dilators. A 2026 scoping review in the Annals of the Royal College of Surgeons of England looked at nonsurgical nasal devices for nasal obstruction. It found the classic adhesive strip was the most studied external device and produced consistent increases in nasal cross-sectional area and airflow.

On magnets, the reviewers were direct. They noted a recent influx of online advertisements for wearable external magnetic nasal devices, and said that during their search there were no studies available on these devices. They added that magnetic strips could theoretically be more comfortable to wear, and called for studies to test that.

Strips also have evidence for the problems people buy them for. In a 1998 sleep lab study of 30 habitual snorers, a strip reduced peak snoring intensity, with the clearest benefit in snorers without sleep apnea. In a 2018 randomized, placebo-controlled trial of 59 people with chronic nasal congestion, nightly strips improved some measures of sleep satisfaction and morning symptoms compared with a placebo strip. The 2014 review noted that most strip studies have focused on physical exercise.

Since a magnetic dilator pulls the nose open in a similar way, it's reasonable to think it could help some of the same people. But that's an assumption, not a finding, and the strength of the pull, the tab placement and the comfort all vary by design.

Are magnetic nasal dilators more comfortable than strips?

Magnetic nasal dilators might be more comfortable than strips, but nobody has measured it. The authors of the 2026 review said magnetic strips could theoretically be more comfortable to wear, and left it there, because there were no studies to look at.

The same review shows why comfort is worth testing rather than assuming. It found that only four of the studies it included reported on comfort, safety or side effects at all. In one, an internal nasal device was rated more comfortable and easier to use than an adhesive strip. In another, an experimental external strip that sticks to the cheeks instead of the nose had comfort and skin irritation as limiting factors, with some people reporting pain, bruising and skin abrasions. Small changes in where a device grips and how hard it pulls can make a real difference to how it feels at 3am.

How do you get the best from either one?

You get the best from either one by starting with clean, dry skin and placing it on the soft part of the nose. The 2019 write-up of a magnetic band described wiping each side of the nose to remove dirt and oils before pressing the tabs on. Titan gives similar advice for its strips: clean, dry skin, no moisturizer, and placement just above the flare of the nostrils rather than on the bony bridge.

Take your time with removal too. One major strip maker suggests washing your face with warm water for about 10 seconds, then lifting each side of the strip slowly. Our guide on how to apply nasal strips has more placement tips.

Nasal strips vs nose magnets compared

Adhesive nasal stripsMagnetic nasal dilators
How it opens the noseA springy band in the strip lifts the sides of the noseA stiff band attaches to adhesive tabs with magnets and pulls outward
Published studiesMany, including randomized trials and reviewsNone found by a 2026 review
Evidence for snoringReduced peak snoring intensity in a 1998 sleep lab studyNot studied
Evidence for congestionImproved some sleep and morning symptom measures in a 2018 trialNot studied
What touches your skinAdhesive across the stripAdhesive tabs on each side
PartsOne pieceTwo tabs plus a band that snaps on and off
Treats sleep apneaNoNo

What are the pros and cons of each?

The main pros and cons come down to evidence versus design. Nasal strips are well studied, simple and drug-free, and there's nothing to assemble. Their main downside is the adhesive, which can irritate skin with nightly use. One strip maker lists redness, irritation, peeling and itching among possible reactions. Our guide to nasal strip skin irritation covers how to avoid them.

Magnetic dilators have a band you can snap on and off, and the 2026 reviewers suggested they could theoretically be more comfortable. Against that, they haven't been tested for airflow, snoring, congestion or comfort, and there's no published safety data. The tabs still use adhesive on your skin, so skin reactions are still possible.

If you have an implanted medical device, check with your doctor before putting magnets on your face. The FDA advises keeping strong consumer magnets at least six inches from implanted medical devices, because some magnets can switch a device into a different mode.

Which should you choose?

You should choose a nasal strip if you want something with research behind it. Strips have the track record, and if the first one you try feels too strong or irritates your skin, there are softer and sensitive-skin options. Our nasal strip buying guide explains what to look for.

A magnetic dilator is a reasonable thing to try if you're curious and comfortable with an untested product, but go in knowing that nobody has published how well it works.

Whichever you pick, neither treats sleep apnea. A 2026 meta-analysis of 17 studies found nasal dilators didn't significantly change apnea-hypopnea index, oxygen levels or sleep architecture. If your snoring comes with choking, gasping or pauses in breathing, or you're very sleepy in the day, see a doctor. Our guide to snoring vs sleep apnea explains why.

Our pick (paid partner): TitanAir Nasal Strips

If you want to start with a strip, our pick is TitanAir Nasal Strips. We haven't tested or ranked nasal strips or magnetic dilators ourselves; this is our recommendation.

Titan says TitanAir strips are drug-free external nasal dilators with flexible spring-loaded bands. It recommends placing them just above the flare of the nostrils on the soft part of the nose, not the bony bridge, on clean, dry skin with no moisturizer, and loosening them with warm water before peeling slowly from the ends inward. Titan also says every batch is third-party tested and certified PFAS-free, and it offers a 30-night guarantee.

Common questions

Are nose magnets better than nasal strips?

There's no evidence either way, because no published study has tested magnetic nasal dilators. Adhesive nasal strips have been studied for decades and have been shown to widen the nasal passage and reduce snoring for some people. Magnets may suit people who like a reusable band, but their benefits haven't been measured.

Do magnetic nasal strips work?

They work on a similar principle to regular strips, pulling the sides of the nose outward, so they may well help some people. But a 2026 review of nasal devices searched for studies on external magnetic nasal devices and found none, so how well they work hasn't been tested.

How do magnetic nasal dilators work?

Most use two small adhesive tabs placed on each side of the nose, just above the nostrils, and a stiffer band that sits across the nose. The band's magnetic ends click onto the tabs and pull the sides of the nose gently outward. A different patented design uses clips with magnets that repel each other.

Do the magnets themselves do anything for breathing?

In these products, the magnets act as fasteners or springs that hold the nostrils open. There's no evidence that magnetism itself improves breathing. A 2017 patent for one magnetic dilator design even states that many earlier magnetic anti-snore devices lacked any physical basis.

Are magnetic nose strips safe?

They haven't been studied, so there's no safety data specific to them. The tabs still stick to your skin, so the same adhesive irritation can happen as with strips. The FDA advises keeping strong consumer magnets at least six inches from implanted medical devices, so ask your doctor first if you have one.

Can I use nasal strips or magnets for sleep apnea?

No. Neither treats sleep apnea. A 2026 meta-analysis of 17 studies found nasal dilators didn't significantly change apnea-hypopnea index or oxygen levels. If you snore with choking, gasping or pauses in breathing, see a doctor.

Sources

  1. The effectiveness of nonsurgical nasal devices in relieving nasal obstructionAnnals of the Royal College of Surgeons of England, 2026
  2. External nasal dilators: definition, background, and current usesInternational Journal of General Medicine, 2014
  3. Effect of the external nasal dilator Breathe Right on snoringEuropean Journal of Medical Research, 1998
  4. Effects of nasal dilator strips on subjective measures of sleep in subjects with chronic nocturnal nasal congestion: a randomized, placebo-controlled trialAllergy, Asthma & Clinical Immunology, 2018
  5. Clinical effectiveness of nasal dilators in sleep-disordered breathing: a systematic review and meta-analysisCureus, 2026
  6. This magnetic nasal band helps you breathe easier, exercise better, and live healthierYanko Design, 2019
  7. Nasal dilator and use thereof (US9775738B2)U.S. Patent and Trademark Office, via Google Patents, 2017
  8. Magnets in cell phones and smart watches may affect pacemakers and other implanted medical devicesU.S. Food and Drug Administration, 2021
  9. Breathe Right FAQsBreathe Right
  10. TitanAir Nasal StripsTitan Recovery, paid partner, product claims only

About this article

Research
10 published sources, listed above.
Evidence
Limited. How we rate it
Last checked
October 14, 2026
Funding
Paid partner of Titan Recovery. Their ads are labeled.
Found an error?
Tell us. We log fixes on the corrections page.

* This content is for informational and educational purposes only and is not medical advice. It is not intended to diagnose, treat, cure or prevent any disease or health condition. Talk to a qualified healthcare provider about your health.

Our guides are researched and drafted with the help of AI tools. Before anything is published, every source is opened and checked against the claim it supports, and anything we can't verify is cut. We fix mistakes in public on our corrections page.