Which packaging choice helps prevent static electricity buildup when handling electronic evidence?

• A. Use plastic packaging
• B. Use paper-based packaging such as brown paper or paper envelopes
• C. Use metal containers
• D. Use fabric pouch

Answer: (B)

Static electricity builds up when surfaces rub together, and this charge can discharge into electronic evidence, potentially damaging components or erasing data. Packaging that minimizes triboelectric charging and allows any charges to dissipate is crucial when handling electronics.

Paper-based packaging tends to generate less static than plastic because it doesn’t rub against plastics as aggressively, and the moisture in paper can help reduce and dissipate small charges. It also provides a gentle barrier that reduces direct rubbing of delicate electronics with highly charge-prone surfaces. Among the given options, this choice offers the lowest static risk for handling electronic evidence.

Plastic packaging can accumulate and hold substantial static charges and can transfer them to devices. Metal containers may conduct charges or require careful grounding to avoid misdischarge. Fabric pouches can rub and shed fibers, increasing static buildup.