No, and relying on it is a genuine data risk. Degaussing erases magnetic media by scrambling its magnetic field, but an SSD stores nothing magnetically, so a degausser does not touch the data. This is one of the most dangerous misconceptions in data disposal, because a degaussed SSD looks like it was dealt with while the data remains fully intact. This guide explains why degaussing fails on solid-state drives, and what actually destroys one.
No. Degaussing destroys data on magnetic media, such as traditional hard drives and tapes, by disrupting the magnetic fields that store the information. An SSD does not store data magnetically; it uses flash memory chips that hold data electronically, so a magnetic field has no effect on it. A degaussed SSD keeps all of its data. This matters because degaussing is a well-known and trusted method for hard drives, and people reasonably assume it works on any drive. It does not. Running an SSD through a degausser gives a false sense of security while leaving the data completely recoverable. To destroy the data on an SSD you need either a proper secure erase designed for flash memory, or physical destruction of the chips, which is what a dedicated SSD destruction service provides. The method has to match the media, and for SSDs, degaussing is the wrong method.
Degaussing has a long, trusted history in data destruction, and that is exactly what makes this misconception so risky. Because a degausser reliably wipes a hard drive, it is easy to assume it wipes any drive. But solid-state drives changed the physics of how data is stored, and the tool that erases a magnetic disk does nothing at all to a flash chip. This guide is about why that is, and what to do instead.
It comes down to how each drive stores data. Degaussing attacks magnetism, and an SSD has none to attack.
A traditional hard drive stores data as patterns of magnetisation on spinning platters. The information physically exists as magnetic orientation, and a degausser works by subjecting the drive to a powerful magnetic field strong enough to scramble those orientations beyond recovery. It is effective, fast and thorough for magnetic media, which is why it has been a standard method for hard drives and tapes for decades. Our overview of what degaussing is covers how it works in more detail.
A solid-state drive stores data completely differently. There are no platters and no magnetism; instead, data is held as electrical charge in flash memory cells inside chips. Because nothing about how an SSD stores data depends on magnetic fields, applying one, however powerful, does not disturb the stored charge and does not erase the data. The degausser spins up, does its job on nothing, and the SSD comes out the other side with every file exactly where it was. To the person doing it, the process looks identical to degaussing a hard drive, which is precisely why the false confidence is so easy to fall into.
This is not a matter of using a stronger degausser or holding the drive longer. It is a fundamental mismatch between the tool and the media. A magnetic field is simply not the mechanism that affects flash memory, so no amount of it will clear an SSD. The result is a device that has been through a data destruction process and still holds all of its data, which is arguably more dangerous than doing nothing, because it carries a belief that the data is gone.
An untouched SSD is a known risk you will handle. A degaussed SSD is an unknown risk you think you have handled, so it gets passed on, sold or recycled with the data still on it. The belief that the drive was cleared is exactly what makes the mistake costly.
Two methods work on flash memory, and both should be verified and certified. Neither of them is degaussing.
A proper secure-erase process designed for SSDs uses the drive's own commands to clear the flash cells, then verifies the result. Done to a recognised standard such as NIST 800-88, this genuinely removes the data, unlike a naive overwrite or a degausser.
Where a secure erase cannot be assured, or policy requires it, the SSD is physically destroyed so the flash chips themselves are broken down. Because data lives in the chips, effective SSD destruction has to target them, not just crack the casing.
The lesson from degaussing is general: use the method that suits the media. For SSDs that means secure erase or chip destruction. Our comparison of destruction methods sets out which method fits which drive.
Whichever method is used, a certificate records that the SSD was cleared to standard. With SSDs especially, evidence matters, because the failure mode here is believing a drive was dealt with when it was not.
Because the wrong method leaves the data fully intact, SSDs are worth handling through a service that uses secure erase or chip-level destruction and certifies the result. Talk to our team about destroying SSDs properly.
The same degausser, two very different results, because the drives store data in fundamentally different ways.
A degaussed SSD is a drive that passed through a destruction process and kept its data. That is the exact shape of a disposal breach. Figures from named sources.
The reason this particular myth causes real breaches is that it fails silently. A drive that was never touched is an obvious loose end someone will eventually deal with. A drive that went through a degausser is treated as finished, marked off, and moved on, sold, donated or recycled, carrying its full contents to whoever receives it. As solid-state drives have replaced hard drives across laptops, servers and workstations, the number of devices where degaussing simply does not work has grown, and so has the exposure from assuming it does. The fix is straightforward: recognise that SSDs are not magnetic, use a method built for flash memory, a verified secure erase or physical destruction of the chips, and certify it. Against a maximum privacy penalty of $50M or more, knowing that a degausser does nothing to an SSD is not a technicality; it is the difference between a drive that is cleared and one that only looks it.
The questions people ask most about degaussing, SSDs and how to destroy flash drives.
No. It is not a question of strength. Degaussing erases data by disrupting magnetic fields, and an SSD stores data as electrical charge in flash chips, not magnetically. Because there is no magnetic storage to disrupt, no degausser, however powerful, will clear an SSD. The tool and the media are fundamentally mismatched, so more magnetic force simply has more of no effect.
Two methods. A proper secure erase designed for flash memory, which uses the drive's own commands to clear the cells and is then verified to a recognised standard; or physical destruction that breaks down the flash chips themselves. Because the data lives in the chips, effective destruction has to target them, not just damage the casing. Both should be certified.
Yes. For traditional magnetic hard drives and tapes, degaussing remains an effective method, because those media store data as magnetic orientation that a strong magnetic field scrambles beyond recovery. The point is not that degaussing is obsolete; it is that it is specific to magnetic media. The mistake is applying it to SSDs, which are not magnetic.
SSDs have no moving parts and are often lighter and silent, while traditional hard drives contain spinning platters and can be heavier. In practice, many modern laptops and servers use SSDs, and drives can be a mix within a fleet, which is exactly why disposal should not assume one type. A destruction service identifies the media and applies the right method to each, rather than treating every drive the same.
Treat them as still holding their data, because they do. Any SSD that was only degaussed has not been cleared and should be properly secure-erased or physically destroyed before it is passed on, sold or recycled. If any of those drives have already left your control, that is worth reviewing as a potential exposure. Going forward, route SSDs to a method that actually works and certify it.
Either, depending on the drive. A healthy SSD that can be securely erased and verified can be cleared and reused, preserving its value. One that is failing, cannot be verified, or is covered by a policy requiring physical destruction should have its chips destroyed. The important thing is that both are real methods for flash memory, and degaussing is not one of them.
See how ITC clears solid-state drives with a verified secure erase built for flash memory, or physical destruction of the chips where a wipe cannot be assured, with a certificate for every drive.
Destroy it properly
Knowing the right method is only half of it. The other half is being able to prove what happened to each serial number. ITC works to the NIST 800-88 standard under ISO/IEC 27001:2022, records chain of custody from your desk to the shredder, and issues a Certificate of Data Destruction listing the devices processed.
