How to Wash Earphones and What Must Stay Dry

The answer to how to wash earphones is that most of one must never be washed. Detachable silicone tips take a real wash. Shells, cables and cases take a wrung-out cloth. The driver, the battery and the charging contacts take neither, whatever rating the box carries, because an IP code certifies a laboratory water test and not a detergent soak.

Cleaning is a dry, outward, targeted job; washing means liquid, immersion and time. The two get merged because "wash" is the word people reach for, and the merge is where earphones die.

One word, three different jobs

An earphone is not one object with one rule. Split it by what sits behind the surface you are about to wet, and the contradictions in the usual advice disappear.

Part	Washable?	Reasonable method	What is behind it
Detachable silicone ear tips	Yes	Warm water, off the earbud, dried fully	Nothing: moulded rubber, open bore
Shell, stem, case exterior	No	Lint-free cloth, wrung out hard	Mic ports and pressure vents leading inward
Speaker mesh	No	Dry brush, blot outward	The driver, and liquid carries debris in with it
Charging contacts, USB-C port	Never	Dry only	Voltage, which turns damp into corrosion
Cable, inline remote, 3.5 mm plug	No	Damp cloth; plug bone dry before use	A microphone cavity and a contact that enters a socket

Only the first row is a wash, and it matters most: the tip sits in the canal, collects the wax, and comes off. Cleaning ear tips is its own job, with a silicone-versus-foam split and a drying step, and a graded look at cleaning tools settles the rest.

An IP rating is a water test, and a wash is not water

A rating looks like permission. It is not.

The IP code comes from IEC 60529, the standard for degrees of protection provided by enclosures. The tests behind the water digit are defined laboratory conditions with water. A wash is a surfactant solution, and that difference is the entire point of detergent. As the surface-science firm Krüss describes it, reduced surface tension "ensures that water does not bead up but rather wets surfaces better and penetrates textiles more effectively". What makes soap clean is what lets it creep into seams that plain water sits on top of.

Manufacturers say as much. Apple's water-resistance guidance lists what to keep away from its earbuds despite their rating: "soaps, shampoos, conditioners, lotions, perfumes, solvents, detergent, acids or acidic foods, insect repellent, sunscreen, oil, or hair dye." Detergent sits on a list with solvents and acids, and a long way from rain.

A rating is also a pass on one sample at one moment. A 2025 paper in e-Prime by He, Kwon and Pecht is titled, in full, an evaluation of IEC 60529 as a standard for liquid protection assessment of portable electronics, which tells you the question is open in the engineering literature. Apple compresses the same idea into a sentence: "Sweat, water, and dust resistance aren't permanent conditions and can diminish over time." What each digit certifies is set out in our IP ratings guide, and the shower question separately in can you shower with waterproof earbuds.

What our own listings say about water

EARSOLE Cloud White earbuds above their white case with a blue status light, beside a feature panel listing Bluetooth 5.4, ENC and CVC calls, IPX5 water resistance, touch controls, low-latency mode, USB-C charging and an in-ear fit — The Cloud White feature panel: the IPX5 line sits among the earbud features, and the case appears only as USB-C charging.

Our own listings follow the same pattern. Where a rating is stated it describes the earbuds or the headset body, and none of the listings below says anything about washing. The Waterproof Swimming Headphones ($36.99 as the listing reads today) state a certified IPX8 rating with submersion to two metres for one hour. The True Wireless Earbuds Series 153 listing describes "a laboratory IPX7 level of water resistance", one metre of water for 30 minutes. The Series 112 listing turns the same IPX7 code into "sweatproof and water resistant". The Cloud White Bluetooth 5.4 Earbuds ($25.99 as the listing reads today) state IPX5 for "sweat and light splashes" and put the principle in their own FAQ: "steam plus soap are harder on seals than plain water."

Two of those are the same IPX7 code, described once as a metre for half an hour and once as "sweatproof". The word "laboratory" in the Series 153 copy is the accurate one. The swimming model is the most water-capable thing in that list, and two metres of still water is still not a detergent cycle. The everyday wireless earbuds collection shows each listing's stated rating, where there is one.

What water does once it is inside

The driver goes muffled. A dynamic driver depends on a thin diaphragm moving freely. Liquid there adds mass and damping, so the first symptom is usually quiet, dull or lopsided sound instead of silence, the pattern behind earbuds that suddenly sound quiet.
The contacts corrode. Liquid bridging two contacts while voltage is present drives corrosion far faster than the same liquid on an unpowered board, which is why "charge it and see" is the expensive instinct. Faults appearing a week later are often contact damage rather than a failed cell: see earbuds not charging in the case.
The case usually dies first. Biggest opening, exposed port, spring contacts, largest battery, and the component nobody rates.

Corrosion needs days, so working straight out of the machine is not yet survival.

Earphones through the washing machine

Two white EARSOLE Core White stem earbuds with silicone tips lying beside their open hinged white charging case — Core White earbuds beside their hinged case. If both went through the wash, the case, with its port and spring contacts, is the likelier loss.

This is the accident nobody plans for, and it is not a harder version of rain. A cycle stacks five stressors no IP test applies together.

Surfactant. Detergent is engineered to defeat the surface tension that keeps plain water out of a seam.
Duration. A cycle commonly runs longer than the 30 minutes an IPX7 immersion test allows, continuously.
Agitation. Tumbling drives liquid at the enclosure from every angle instead of letting it rest against it.
Heat. Warm water softens adhesives and expands the air inside a sealed body; cooling contracts it and can draw liquid inward.
The spin. High-speed spinning pushes anything already inside deeper into cavities that then drain slowly.

Outcomes vary genuinely. Sealed sport earbuds sometimes emerge working; charging cases much less often.

The rescue sequence, and three things not to do

Order matters more than technique; the first two steps decide the outcome.

Do not power them on, and do not charge them. Testing is the most tempting and most damaging move. Apple's wet-iPhone guidance keeps charging unavailable "until the connector, cable ends, and the accessory are dry".
Separate everything. Earbuds out of the case, lid open, tips off, cable uncoiled. Anything sealed shut stays wet.
Blot, then shed what you can. Apple's method for trapped water is to "tap the AirPod on a soft, dry, lint-free cloth with the ear tip opening facing downward". Do that gently, opening down.
Do not add more water. Rinsing off detergent residue is defensible only on a model the maker says may be rinsed.
Dry slowly, in air. Apple's wording is to "leave your iPhone in a dry area with some airflow", and it asks for at least two hours after ordinary moisture on earbuds. After a full wash, think in days, case open.
Reassess before reconnecting. Charge only when everything is dry throughout, and stop if the case is warm, swollen or deformed; a damaged lithium cell is a safety matter rather than a repair job.

Three popular fixes are worse than nothing, and Apple names all three: "Don't put your iPhone in a bag of rice. Doing so could allow small particles of rice to damage your iPhone," and "Don't dry your iPhone using an external heat source or compressed air." Rice is no useful grade of desiccant and sheds starch into ports; a hairdryer deforms plastics and stresses a battery; compressed air pushes liquid deeper. One boundary applies throughout: never put liquids, tools or swabs into your ear canal, and do not wear earphones that are still wet.

Questions that follow a wet pair of earphones

Do earphones ever survive a washing machine?

Sometimes, though survival is not the same as being undamaged. Sealed earbuds occasionally work afterwards while the charging case does not, because the case has a port, contacts and the larger battery. Because corrosion develops over days, keep them unpowered and fully dried before judging, and treat a case that still charges as a bonus and never the expectation.

Can wired earphones get wet for cleaning?

No battery and no case removes two failure paths, but not the driver. Wipe the cable and housings with a barely damp cloth and brush the mesh dry, minding the inline remote's microphone openings. Dry the 3.5 mm plug completely before putting it into any socket, because a damp contact entering a live socket is the corrosion problem in miniature.

How do I clear wax from the mesh without pushing it in?

Hold the earbud mesh-down so loosened debris falls away, brush lightly with soft dry bristles, then blot the face onto a paper towel to transfer it outward. Never use a metal pick, a cotton swab or compressed air, all of which press wax through the weave. Where a manufacturer specifies a damp method for its own mesh, follow that wording and nothing wetter.

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How to wash earphones without killing them