SSD destruction is not the same as hard drive shredding — and treating it that way leaves data recoverable. Solid-state drives store information in NAND flash chips, not on magnetic platters, which means the destruction methods that work for HDDs (degaussing, coarse shredding) either don't work at all or leave large intact data-bearing components inside the shredded fragments. High Tide provides certified SSD destruction designed specifically for solid-state media, meeting NIST 800-88 'Destroy' requirements.
Why SSDs Need Specialized Destruction
The two most common destruction methods for traditional hard drives fail on SSDs:
- Degaussing is useless. Degaussers work by saturating magnetic media with a strong magnetic field. SSDs aren't magnetic — they store data as trapped electrons in floating-gate transistors. A degausser can't touch the data on an SSD.
- Standard shredding may leave data intact. Industrial hard drive shredders produce particle sizes around 25mm, which is fine for breaking magnetic platters. But NAND flash chips can be smaller than 10mm, and a 25mm shred may pass through the gaps between chips. A determined attacker with chip-off forensics could recover data from a single intact chip pulled out of the shred pile.
NIST 800-88 addresses this directly: solid-state media should be shredded to a particle size that fragments the flash chips themselves — typically 2mm or smaller, depending on the chip technology. Our SSD destruction processes are sized for this.
SSD Destruction Methods We Use
Particulate Shredding
The most defensible method. Specialized shredders break SSDs down to fine particles (≤2mm typical for modern NAND), fragmenting the flash chips themselves. After shredding, no chip is large enough to support chip-off forensic recovery.
Crush Plus Shred
For high-volume SSD projects, drives are first crushed (to deform chip packages and break solder bonds), then shredded to fine particles. This two-stage process is commonly used in enterprise data center decommissioning.
Disintegration
For the highest-classification environments (defense, intelligence community), SSDs can be disintegrated to particle sizes well below 2mm. Available on request.
Flash Storage We Destroy
- 2.5" SATA SSDs — standard laptop and desktop solid-state drives
- M.2 SSDs — both SATA and NVMe form factors
- U.2 / U.3 enterprise SSDs — data center and server-grade drives
- mSATA & mini-PCIe SSDs — embedded and laptop variants
- USB flash drives — including encrypted enterprise USB
- SD & microSD cards — from cameras, mobile devices, embedded systems
- eMMC modules — embedded multimedia controllers in tablets, IoT
- Mobile device storage — soldered flash in smartphones and tablets
Why Not Just Use Secure Erase?
Some SSDs support built-in secure erase commands (ATA Secure Erase, NVMe Format with Secure Erase). When implemented correctly by the drive manufacturer, this can satisfy NIST 800-88 'Purge' — and we offer secure erase as an option for SSDs that will be remarketed under our IT asset disposition program. However:
- Implementation quality varies dramatically across manufacturers and drive models
- Verification that secure erase actually completed correctly is difficult
- Some early secure-erase implementations have been shown to leave data recoverable
- Audit defensibility is weaker than physical destruction with a Certificate of Destruction
For sensitive data, regulated industries, or any project where audit-grade documentation matters, we recommend physical SSD destruction.
Industries That Require SSD Destruction
- Healthcare — PHI on SSDs in laptops, EMR servers, imaging workstations
- Financial services — encrypted enterprise SSDs in trading and customer-data systems
- Government & defense — controlled unclassified information (CUI), classified storage
- Legal — client data on attorney laptops and case-management servers
- Enterprise data centers — all-flash storage arrays at end-of-life
SSD Destruction Across Connecticut
We provide SSD destruction throughout Connecticut, with same-week pickup across the south-central shoreline. See our service area for town-specific details.
Frequently Asked Questions
Why does SSD destruction require different methods than hard drive shredding?
SSDs store data in NAND flash chips, not magnetic platters. Standard hard drive shredders may leave intact flash chips inside the shred fragments. SSDs require finer particle sizes (≤2mm) to fragment the chips themselves.
Can SSDs be securely erased instead of physically destroyed?
Some SSDs support built-in secure erase. Done correctly, this satisfies NIST 800-88 'Purge.' But implementation quality varies and verification is difficult — for sensitive data, physical destruction is more defensible.
What kinds of flash storage do you destroy?
2.5" SATA, M.2 (SATA & NVMe), U.2/U.3, mSATA, USB flash, SD/microSD, eMMC, and embedded mobile/IoT flash.
Do you provide a Certificate of Destruction for SSDs?
Yes — every project includes a Certificate listing serial numbers, method, particle size, date/time, and operator.
Can you destroy SSDs on-site in Connecticut?
Yes. Mobile equipment achieves NIST 800-88 compliant particle sizes for solid-state media. Witness destruction is standard.
Contact us or call (203) 687-9370 to schedule SSD destruction or discuss your project.