Counterfeits copy the artwork and not the engineering. Look for misaligned or low-resolution printing, a missing or generic batch code, no working certificate lookup, unusually light weight, rough threads, and a price far below the market. Any one of these is a question; two together is an answer.
Editorial desk · Written and checked in house · Updated
Counterfeit hardware is a real problem because the economics favour it: artwork is cheap to copy, and engineering is not. The tells are almost always in the manufacturing rather than the graphics.
| Check | What a counterfeit usually shows |
|---|---|
| Print quality | Slightly soft edges, wrong shade, misaligned panels |
| Weight | Lighter — thinner metal, smaller cell |
| Threads | Rough, tight, or cross-threading easily |
| Seams and seals | Visible gaps, glue, an untidy join at the base |
| Mouthpiece fit | Loose, or a different plastic from the body |
| Font | Close but not identical to the brand's own |
Weight is the most reliable of these if you have ever held a genuine one. Counterfeits save money on the parts you cannot see.
A price well below everyone else's is the most consistent signal of all. Manufacturing, testing and accreditation cost money; a unit priced below what the parts and the panel cost has saved that money somewhere.
The parts you cannot see are the parts that matter. Lead can migrate into contents from cheap alloys and solder joints, which is exactly what the heavy-metal panel on a certificate exists to catch — and a counterfeit has no certificate that applies to it. An unbranded lithium cell with minimal protection circuitry is the other half of the risk. See charging a rechargeable device safely.
Do not use it. Do not charge it. Tape over the port, keep it away from anything flammable, and take it to a battery collection point rather than a bin. See disposing of hardware and lithium batteries.
Buy where the batch code resolves to a certificate for that code. A seller who can produce the report for the package in your hand is a seller with a real chain behind them, and that chain is what a counterfeit cannot copy. See what a batch code is for.
A sample is homogenised, the compounds are dissolved out with a solvent, and the mixture is separated by chromatography — usually HPLC, which does not heat the sample and so can report acid and non-acid forms separately. Results are then compared against calibrated reference standards.
Dried bark keeps changing after it is tested. Moisture drifts, light fades the surface, and air slowly oxidizes tannins, which darkens and dulls the color a bath gives. A report describes the bark on the day it was sampled, so the date tells you how far the bag in your hands may have moved since.
A contaminant panel for dried botanical material usually checks four heavy metals (lead, arsenic, cadmium, mercury), microbial counts such as total aerobic count and yeast and mold, pesticide residues, moisture and foreign matter. Each matters for bark you weigh, sift and handle by hand, and each figure only means something next to its method and units.
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