Nasal packing is the placement of compressive material inside the nasal cavity to stop bleeding or support healing after nasal surgery. It works by applying direct pressure to the blood vessels lining the inside of the nose. Packing is most commonly used for nosebleeds that won’t stop with simpler measures and after procedures like septoplasty or turbinate surgery.
Why Nasal Packing Is Used
The two main reasons for nasal packing are uncontrolled nosebleeds (epistaxis) and post-surgical support. For nosebleeds, packing becomes necessary when pinching the nose and applying pressure fails, or when the bleeding source can’t be identified or sealed with cauterization. After nasal surgery, packing helps prevent bleeding, keeps healing tissues in place, and reduces the risk of scar tissue forming between internal structures.
Anterior vs. Posterior Packing
Where the packing goes depends on where the bleeding originates. About 80% of nosebleeds come from a cluster of blood vessels near the front of the nasal septum, and these are treated with anterior packing. The material is inserted along the floor of the nasal cavity, advancing almost horizontally toward the back of the nose.
Posterior nosebleeds, which originate deeper in the nasal cavity from branches of larger arteries, are less common but tend to be more serious. Posterior packing introduces compressive material into the back of the nasal cavity and the space behind the nose, typically using a balloon catheter that can be inflated once in position.
Types of Packing Materials
Several different materials are used, and your doctor will choose based on the situation:
- Sponge packs (Merocel): Made from a compressed polyvinyl alcohol sponge that expands when it contacts moisture. It’s inserted dry, then activated with saline or naturally absorbs blood and swells to fill the space.
- Balloon packs (Rapid Rhino): A polyurethane balloon coated with a material that promotes clotting. Once inserted, it’s inflated with air or water to apply even pressure.
- Gauze strips: Traditional ribbon gauze layered into the nasal cavity, sometimes coated with petroleum jelly or antibiotic ointment. This is the oldest method and still used in some emergency settings.
- Dissolvable packing: Absorbable materials that break down on their own over days, eliminating the need for a removal appointment. These are increasingly used after sinus surgery.
What Insertion Feels Like
Before packing is placed, the inside of your nose is numbed with a topical anesthetic and treated with a nasal spray that shrinks blood vessels and reduces bleeding. Cotton balls soaked in the numbing solution may be placed inside the nose for a few minutes beforehand. The packing material is then coated with lubricant and gently advanced into the nasal cavity.
Even with numbing, most people feel significant pressure during insertion. The sensation is uncomfortable but brief. Once the packing is in place, you’ll feel a constant fullness and congestion on the packed side (or both sides if bilateral packing is needed).
Living With Packing In Place
Nasal packing blocks airflow through the nose, which means you’ll be breathing through your mouth the entire time the packing is in. This leads to a dry mouth and throat, difficulty sleeping, and general discomfort that most patients describe as the worst part of the experience.
Bilateral packing, where both nostrils are packed, has measurable effects beyond discomfort. Studies show it can lower blood oxygen levels during sleep, a condition called sleep hypoxemia. Patients with packing in both nostrils tend to have significantly lower oxygen saturation post-operatively compared to those with only one side packed. Insomnia and breathing difficulty are common complaints, and sleeping propped up on pillows helps somewhat.
You won’t be able to blow your nose, and you may notice some oozing of blood-tinged fluid around the edges of the packing. Eating and drinking still work fine, though food may taste muted since smell is temporarily blocked.
How Long Packing Stays In
After nasal surgery, packing typically stays in for 24 to 48 hours. Research comparing these two timeframes found that removing packing after one day produces significantly less discomfort than leaving it for two days, with no increase in complications. Patients who had packing removed at 24 hours reported an average discomfort score of 2.7 out of 10, compared to 3.5 for those who waited 48 hours. Because of findings like these, many surgeons now favor shorter packing times.
For nosebleeds treated in an emergency setting, packing is often left in for 48 to 72 hours before a follow-up visit to check whether the bleeding has resolved.
What Removal Is Like
Removal is a quick office procedure, but it’s the moment many patients dread. Sponge and gauze packing can stick to the healing tissue inside the nose, and pulling it out causes a tugging, stinging sensation. Some doctors soak the packing with saline beforehand to loosen it, and the process takes only seconds per side.
Soaking the packing in local anesthetic before removal significantly reduces pain. A meta-analysis of studies on anesthetic-infiltrated packing found that patients experienced meaningfully less pain both during the hours after surgery and at the moment of removal compared to those whose packing contained no numbing agent. There is a small chance of re-bleeding when the packing comes out, so your doctor will typically have you wait in the office for a short observation period afterward.
Dissolvable packing avoids this step entirely, which is one reason it has become popular for sinus procedures. It gradually breaks down inside the nose and is either absorbed or gently suctioned out in fragments at a follow-up visit.
Risks and Complications
The most common issue is simply discomfort and the breathing difficulty described above. More serious complications are uncommon but worth knowing about:
- Infection: Packing creates a warm, moist environment where bacteria can grow. Signs include increasing pain, fever, and foul-smelling discharge.
- Toxic shock syndrome (TSS): Nasal packing is a recognized risk factor for TSS, the same rare bacterial reaction associated with tampon use. The overall incidence of TSS in the U.S. is roughly 0.8 to 3.4 per 100,000 people, and nasal packing cases make up a small fraction of that. If TSS develops, the packing must be removed immediately.
- Dislodgement or aspiration: Loose gauze packing can shift out of position. In rare cases, particularly in patients with cognitive impairment, displaced gauze can migrate toward the airway and cause breathing emergencies.
Splints as an Alternative After Surgery
For post-surgical cases, internal nasal splints have become a common alternative to traditional packing. Splints are thin, flexible sheets placed along the septum and secured with a stitch. Unlike packing, they don’t completely block the nasal airway because most have a built-in breathing channel.
Studies comparing splints to packing after septoplasty found that splint patients had significantly lower pain scores at both 24 and 48 hours after surgery, significantly less nasal obstruction at 48 hours, and less pain during removal. Complication rates were no higher with splints, leading researchers to recommend them as an effective alternative to packing after septal surgery. If you’re scheduled for a nasal procedure, it’s worth asking your surgeon whether splints are an option for your specific case.