Amazon Says Your Magnet Product Needs 16 CFR 1262 Testing: Is It Actually in Scope?

“Magnet product” is not one legal outcome. The same Amazon request can lead to a scope appeal, a toy route, a compliance package, or an immediate stop-sale decision.

Before changing the listing or contacting a laboratory, identify which Amazon rule and response path are actually attached to the ASIN.

Preserve the ASIN, SKU, model, marketplace, request date, case ID, policy/reference number, exact notice text, response buttons, current detail page and backend attributes, age grade, category, images, packaging, instructions, and any FBA removal or disposal deadline.

Correct genuinely inaccurate catalog data, but preserve before-and-after evidence. Do not remove truthful magnet, age, use, material, or construction information merely to evade classification.

An old ASIN does not grandfather new production, and calling a magnet a “component” does not automatically remove it from consumer-product law.

1. After October 21, 2022The rule applies to subject magnet products manufactured after this date.
2. Final product manufactureNot ASIN creation, first sale, import, warehouse receipt, magnet-component date, or report date.
3. Consumer productActual consumer distribution and use matter more than labels such as “raw,” “supply,” or “industrial.”

“Manufactured” includes manufacture, production, or assembly. A genuinely older batch needs reliable production and traceability records; a recent test report neither proves nor disproves its manufacturing date. Pre-effective-date status also does not eliminate other defect, reporting, recall, or Amazon-policy issues.

A genuinely non-consumer industrial article may present a different threshold question, but the conclusion needs real channel, customer, and use evidence. A May 2026 CPSC recall of disc magnets sold for tabletop-miniature use, including on Amazon, illustrates why “component” and “hobby supply” labels alone are not decisive.

Under § 1262.2(b), “contains a magnet” is not the definition. The consumer product must be designed, marketed, or intended for entertainment, jewelry—including children’s jewelry—mental stimulation, stress relief, or a combination of those purposes.

The CPSC final-rule explanation places functional home and hardware magnet products outside Part 1262 when they are not designed, marketed, or intended for any listed purpose. But a listed purpose even in part can bring a mixed-use product within the standard.

The purpose audit is not an exercise in deleting keywords until a listing looks industrial. The listing must remain truthful, and the asserted purpose must match the real product, distribution, instructions, and expected use.

The exclusion is conjunctive. A product must be sold and/or distributed solely to specified qualifying users exclusively for specified qualifying purposes.

Toys subject to 16 CFR Part 1250 are expressly exempt from Part 1262. That is a different testing route, not a “no testing” result.

Classification governs. A non-toy cannot become a toy merely because a seller submits ASTM F963, and “not for children” does not remove a non-toy listed-purpose product from Part 1262. Children’s jewelry is specifically contemplated by Part 1262 and is not automatically a toy. A “14+” label also cannot reliably reclassify an objectively child-directed plaything.

The subject-product definition requires at least one loose or separable magnet. Part 1262 does not define those terms, so “glued,” “sewn,” “embedded,” or “covered” is not a complete conclusion.

The CPSC Magnets FAQs clarify that when a bare magnet cannot be separated from a complete magnet-bearing component but the entire component fits the cylinder, CPSC considers the component within scope and says it must be tested. The guidance does not say that every magnet permanently integrated into a larger, nonseparable assembly is covered.

The complete shelf, handbag, sign, bracelet, or kitchen accessory may be large and still contain a small loose or separable magnet—or a small separable component that carries one.

Use the prescribed fixture in 16 CFR § 1501.4. Place the relevant object without compressing it. If it fits entirely in any orientation, it satisfies the size condition and proceeds to flux-index evaluation; it has not yet passed Part 1262.

For a relevant magnet that fits the cylinder, § 1262.3 requires a flux index below 50 kG² mm². Exactly 50 does not pass.

Flux index is not the supplier’s pull-force rating. The prescribed calculation uses the area of the magnet’s pole surface and the square of the measured maximum surface flux density, following the incorporated ASTM F963-17 procedure. Part 1262 directs selection of at least one loose or separable magnet of each shape and size for testing; the performance requirement still applies to every relevant magnet in the product.

Ferrite and ceramic magnets are not automatically exempt or compliant. Neodymium and rare-earth magnets are not automatically within scope. Material, grade, estimated gauss, or pull force cannot replace the purpose/construction analysis or the prescribed measurement. Warnings, child-resistant packaging, adult-use labels, and years without complaints do not cure a performance failure.

A federal certificate, a laboratory result, and Amazon sale eligibility answer different questions. Treating them as interchangeable is one of the fastest ways to buy the wrong deliverable.

Do not choose “appeal” or “test” first and then fit facts to that outcome. The next question depends on the answer immediately before it.

A persuasive packet is not a pile of certificates. It connects one notified ASIN to one product, one construction, one scope position, and—if required—one valid test and certificate route.

The checklist is a local reading aid; selections are not saved or submitted anywhere.

Do not submit an out-of-scope argument and a passing-test argument as if they were the same conclusion. Each branch has a different factual trigger and stop condition.

Most failed arguments answer a different question from the one the rule or reviewer is asking.

Amazon interfaces vary by marketplace, account, ASIN, category, and compliance program. The correct route is the one exposed for this U.S. notification—not the one shown in an old forum screenshot.

A concise scope-review structure

1. Identify: ASIN, model, marketplace, case ID, and exact policy reference.
2. State one conclusion: outside Part 1262, toy route, in-scope/compliant, or catalog mismatch.
3. Map the definition: connect each disputed element to one product fact and one exhibit.
4. Resolve the physical question: magnet/component map, attachment, correct cylinder object, and test evidence where applicable.
5. Resolve identity: connect ASIN, listing, product, model, sample, report, certificate, responsible firm, and batch.
6. Name the action: manual scope review or acceptance of the specific compliance package through the displayed route.

The detail page should show the model/part/item number, manufacturer or brand, age grade matching the report, and applicable hazard warning. Submitted images should show product identity, responsible-party name and address, labels, packaging, compliance markings, warnings, and instructions. Documents must be authentic, original, complete, and unmodified.

If a laboratory says the product “cannot be tested,” ask it to identify the technical reason: outside the standard’s scope, no loose/separable magnet, wrong test object, too large for the cylinder, or another method limitation. Amazon may not accept the statement by itself, but a precise explanation is more useful than a bare refusal.

Amazon’s request starts the analysis; it does not decide the rule’s scope.

First identify the exact Amazon policy. Then determine manufacture date and consumer-product status, listed purpose, toy or exclusion route, loose/separable construction, the correct cylinder object, and—only if that object fits—the prescribed flux index. After that, build the applicable certificate and Amazon identity/document package.

Policy → date and consumer-product status → purpose → toy/exclusion → loose or separable construction → correct cylinder object → flux index → certificate and Amazon document QA

This sequence prevents two expensive mistakes: paying for a test that cannot prove the disputed scope, and appealing a product that actually fails a mandatory performance rule.