The most effective way to protect your ears from oxygen tubing is to place a thin barrier dressing or cushion between the tubing and the skin behind your ears, and to regularly reposition the tubing so it doesn’t press on the same spot for hours. This matters more than most people realize: the ears are the single most common site for pressure injuries caused by medical devices, accounting for roughly 29% of all such injuries in one large international survey, and nasal oxygen tubes are the device most often responsible.
Why Your Ears Are So Vulnerable
The skin behind your ear is remarkably thin. Measured by ultrasound, the combined thickness of the outer skin layers on the ear averages about 0.8 millimeters, and the area just behind the ear is even thinner than the rest of the ear itself. In fact, it is the thinnest skin on the entire face.1Advances in Skin & Wound Care. Medical Device-Related Pressure Injury to the Ear from a Mask Underneath that paper-thin skin sits cartilage and bone with very little fat or muscle to act as a natural cushion. When oxygen tubing loops over your ears, the hard plastic tube presses directly against this unpadded area, creating a focused line of pressure.
The problem gets worse with age. As skin ages and accumulates sun damage over the years, it becomes thinner and less resilient, making it even more susceptible to pressure injuries and local trauma.1Advances in Skin & Wound Care. Medical Device-Related Pressure Injury to the Ear from a Mask Since many people who use supplemental oxygen are older adults, this combination of fragile skin and constant device contact creates a genuine risk. It doesn’t take days for damage to start. Even a few hours of unrelieved pressure on this thin skin can cause redness, and continued pressure can progress to an open wound.
How Common Are Ear Injuries From Oxygen Tubing
More common than you’d expect. In an international survey analyzing medical device-related pressure injuries across hospitals, the ears were the most frequently affected body part at 29%, ahead of the feet at 12%. The devices most often responsible were nasal oxygen tubes, accounting for about 26% of all device-related pressure injuries.2PubMed Central. Prevalence and Analysis of Medical Device-Related Pressure Injuries: Results from the International Pressure Ulcer Prevalence Survey An Australian hospital study independently confirmed the pattern: oxygen tubing behind the ears was the single most common cause of device-related pressure injuries, outpacing even endotracheal tubes used during surgery.3PubMed. Medical device-related pressure injuries: An exploratory descriptive study in an acute tertiary hospital in Australia
A study of 404 patients in an Iranian hospital found that roughly one in five developed some degree of pressure injury from a medical device, and nasal oxygen tubes were the most frequently implicated device, causing 31 of the 83 injuries recorded.4PubMed Central. Incidence and risk factors for medical device-related pressure ulcers: The first report in this regard in Iran Most of these injuries were at the mildest stage, showing as persistent redness, but about 10% had progressed to deeper wounds. That progression is precisely what ear protection is meant to prevent.
Barrier Dressings Are the Best-Studied Solution
The approach with the most clinical evidence behind it is placing a thin, adhesive wound dressing on the skin where the tubing makes contact. These aren’t ordinary bandages. They’re specifically designed to spread pressure across a wider area and wick moisture away from the skin surface, both of which reduce the risk of a pressure injury forming. An expert panel reviewing the evidence on preventing device-related pressure injuries recommended dressings that demonstrate pressure redistribution and moisture absorption for skin in contact with medical devices and tubing.5PubMed Central. Use of wound dressings to enhance prevention of pressure ulcers caused by medical devices
Two types of dressings have been tested for this purpose: hydrocolloid dressings and transparent film dressings. A clinical trial comparing them in intensive care patients using oxygen equipment found that both were effective at preventing pressure ulcers, with no significant difference between the two.6Journal of Isfahan Medical School. Comparison of the Effect of Hydrocolloid Dressing and Transparent Film on Prevention of Pressure Ulcers Caused by Oxygen Therapy Equipment in Patients Admitted to Intensive Care Units In oncology patients receiving oxygen through nasal cannulas, dressings applied to the ears and nose helped avoid ulceration entirely in the cases studied.7British Journal of Nursing. Preventing and managing device-related pressure ulcers in oncology
In practical terms, here is what works:
- Hydrocolloid patches: Small, cushiony adhesive patches available at most pharmacies. Cut a piece large enough to cover the skin behind each ear where the tubing sits, and press it on clean, dry skin. These tend to stay in place for a day or two and provide a modest cushion.
- Transparent film dressings: Thinner and less noticeable than hydrocolloid. They protect the skin from friction and keep moisture from building up. They won’t provide as much cushion, but they work well for people with less sensitive skin or those who find thicker patches uncomfortable.
- Foam dressings: Thin foam adhesive strips offer the most padding. They’re commonly used in hospitals to prevent pressure injuries under medical devices. These are available online or through medical supply stores and can be cut to size.
One important caution from the expert panel: if the tubing already fits tightly, adding a dressing underneath can increase pressure rather than relieve it.5PubMed Central. Use of wound dressings to enhance prevention of pressure ulcers caused by medical devices If you notice the tubing pressing harder after adding padding, the tubing itself needs to be loosened or rerouted before you layer anything underneath.
Repositioning Matters as Much as Padding
Even with a dressing in place, no cushion eliminates pressure completely. The same expert panel that endorsed barrier dressings emphasized that you should continue to lift and move the device to examine the skin beneath it and reposition the tubing for pressure relief.5PubMed Central. Use of wound dressings to enhance prevention of pressure ulcers caused by medical devices In practice, this means shifting the tubing slightly every couple of hours so that it doesn’t press on the exact same strip of skin all day and night.
When you reposition, take a moment to check the skin behind your ears. What you’re looking for is any persistent redness that doesn’t fade within about 30 minutes of removing the pressure. That kind of redness is the earliest sign of a pressure injury forming. Catching it at this stage means you can adjust your approach before the skin breaks down. If you see a red mark, let that area rest before allowing tubing to contact it again.
For people who sleep with oxygen, repositioning can be harder because you’re not awake to shift the tubing. Before bed, make sure the tubing is as loose as possible while still delivering oxygen to your nose. Some people find that taping a short section of tubing to their cheek or jaw redirects the pull away from the ears. Others clip the tubing to the collar of their pajamas, which keeps it stable without relying on the ears to hold it in place.
Tubing Accessories and DIY Alternatives
The medical supply market has produced a range of products designed specifically for this problem. Soft foam tubing covers, sometimes called “ear savers” or cannula cushions, slide over the section of tubing that contacts the ears. They’re essentially small foam sleeves that distribute pressure more evenly. Some versions wrap around the tubing and secure with a small tab. Others are pre-molded silicone pads that clip onto the tubing at the ear.
If you’d rather not buy a specialized product, simple home solutions can work. A short length of soft cotton fabric wrapped around the tubing behind each ear and secured with medical tape creates a workable cushion. Moleskin, the kind sold for blister prevention on feet, can be cut into small patches and applied directly to the skin or to the tubing itself. Even adhesive felt furniture pads, trimmed to size, have been used by home oxygen users as a DIY padding solution.
Another approach bypasses the ears entirely. Over-the-head tubing holders, also called cannula clips or oxygen tubing headbands, route the tubing over the top of the head rather than looping it over the ears. This removes ear contact altogether. They look a bit like a thin headband or strap and can be especially helpful for people who’ve already developed sore spots and need to keep their ears completely free of pressure while the skin heals.
When Ear Discomfort Leads People to Stop Using Oxygen
Ear soreness from oxygen tubing isn’t just a comfort issue; it can actually cause people to use their oxygen less than prescribed. In a study evaluating an oxygen-conserving device for long-term use, ear discomfort was one of the most frequently reported problems, cited by eight patients as a barrier to sticking with the device. Poor fit and bulkiness were the top complaints, and the researchers noted that these acceptance issues could limit the practicality of continuous oxygen use.8American Review of Respiratory Disease. Evaluation of the Use of an Oxygen Conservation Device in Long-term Oxygen Therapy
This is a real clinical concern. People prescribed long-term oxygen therapy often need it for many hours a day, sometimes around the clock. If irritated ears cause someone to remove the cannula more frequently or skip hours of use, their blood oxygen levels drop and the health consequences can be serious. Preventing ear pain isn’t just about comfort. For many users, it’s directly connected to whether they get the oxygen their lungs need.
If you’re finding it difficult to tolerate your oxygen tubing, the answer is almost never to simply push through the discomfort. Talk to your respiratory therapist or oxygen equipment provider. They can adjust the tubing length, suggest a different cannula style, or fit you with accessories designed to reduce ear contact. Some cannulas have softer, curved earpieces built into the design that reduce point pressure. Others use an over-the-ear clip that holds the cannula in position without the tubing wrapping tightly around the ear.
Keeping the Skin Behind Your Ears Healthy
Protecting your ears from tubing starts with keeping the skin in good condition. Clean, well-moisturized skin is more resilient than dry, cracked skin. Gently wash behind your ears daily with a mild cleanser, and pat dry rather than rubbing. After drying, apply a thin layer of a gentle, fragrance-free moisturizer. Let it absorb fully before putting the tubing back in place, because damp or greasy skin under pressure can break down faster.
Moisture buildup is worth watching for. Behind the ears, sweat and condensation from the tubing can accumulate, especially in warm weather or if you wear a hat or headband over the tubing. Trapped moisture softens the skin and makes it more vulnerable to breakdown. If you notice the area feeling damp, gently dry it and consider switching to a barrier dressing that absorbs moisture, like a hydrocolloid patch, rather than a non-absorbent material.
If you already have redness, tenderness, or a shallow wound behind your ear, don’t just add more padding and keep going. An open or near-open wound under constant pressure from tubing will not heal. The tubing needs to be rerouted away from the injured area entirely, using an over-the-head holder, tape to the cheek, or whatever method keeps it off that spot. A basic wound care approach for a shallow injury includes keeping the area clean, applying a thin layer of petroleum jelly or a wound-care ointment, and covering with a small adhesive bandage until the skin closes. If the wound is deeper, draining fluid, or showing signs of infection like increasing redness or warmth, see your doctor.
Multiple Devices Multiply the Risk
Many oxygen users also wear eyeglasses, hearing aids, or both. Each of these devices sits on or near the ear, and when oxygen tubing is added on top of them, the combined pressure on that small patch of skin behind the ear can be substantial. The research on device-related pressure injuries to the ear specifically calls out the overlap between oxygen tubing and other medical devices like masks as a compounding risk factor.1Advances in Skin & Wound Care. Medical Device-Related Pressure Injury to the Ear from a Mask
If you wear glasses, pay attention to where the temple arm meets the oxygen tubing. Stacking one on top of the other doubles the force on that contact point. Try positioning the tubing slightly above or below the glasses arm so they don’t overlap. Some people find it more comfortable to wear the oxygen tubing over the glasses rather than under them, because the glasses arm at least has a wider, smoother surface than the tubing.
For hearing aid users, the calculus is trickier because behind-the-ear hearing aids occupy much of the postauricular space. Adding tubing to that crowded area can press the hearing aid harder into the skin or create a ridge of pressure between the two devices. An over-the-head tubing holder may be the best option here, since it removes the tubing from the ear area entirely and avoids competing for space with the hearing aid.
What Hospital Staff Do That Home Users Can Borrow
In hospitals, nurses who care for patients on continuous oxygen have developed practical routines for preventing ear injuries that are worth adapting for home use. The core principles, documented in clinical guidelines, boil down to three habits: cushion the contact points, check the skin regularly, and never assume that because it looked fine yesterday it’s fine today.
Hospital protocols typically call for skin checks at least every shift change, which works out to every eight to twelve hours. At home, a reasonable schedule is to check behind your ears at least twice a day: once in the morning and once before bed. During each check, briefly remove the tubing, look at the skin (a hand mirror helps), feel for any tenderness, and reposition the tubing slightly before replacing it.
Hospitals also teach a “lift and look” technique where the tubing is gently lifted away from the skin, the skin is inspected, and the tubing is resettled in a slightly different position. This is easy to do at home and only takes a few seconds. If you’re a caregiver helping someone else with their oxygen, building “lift and look” into the daily routine can prevent injuries that are surprisingly easy to miss. The person wearing the tubing may not feel discomfort behind their ears, especially if they have reduced sensation from aging or neuropathy, so visual checks catch problems that the wearer themselves might not notice.
One last point worth mentioning: tubing doesn’t last forever. Over time, the plastic becomes stiffer and the surface gets rougher, increasing friction against the skin. Most oxygen suppliers recommend replacing nasal cannulas every two to four weeks, and the tubing itself on a similar schedule. Using fresh, flexible tubing is a small thing that contributes to ear comfort over time.