Which practice minimizes static discharge risk during handling and storage?

Which practice minimizes static discharge risk during handling and storage?

• A. Wearing non-conductive gloves only.
• B. Ignoring static discharge.
• C. Grounding and bonding of conductive items and using anti-static measures.
• D. Storing in metal containers without grounding.

Answer: (C)

Static electricity control is essential in handling and storage because even a small discharge can ignite sensitive energetic materials. The best practice is grounding and bonding of conductive items plus anti-static measures. Grounding provides a direct path for static charges to flow to earth, so charges don’t build up. Bonding keeps all connected conductive parts at the same electrical potential, preventing a spark that can occur when there’s a difference in charge between items. Anti-static measures further reduce charge generation and accumulation—using anti-static gloves or garments, anti-static packaging and mats, proper humidity, and avoiding materials that generate a lot of friction. Together, these steps minimize static discharge risk during handling and storage. Wearing non-conductive gloves alone doesn’t route charges away, so buildup can still occur. Ignoring static discharge obviously increases risk. Storing in metal containers without grounding may seem protective, but without a grounding path, any accumulated charge can still discharge as a spark.

Static electricity control is essential in handling and storage because even a small discharge can ignite sensitive energetic materials. The best practice is grounding and bonding of conductive items plus anti-static measures. Grounding provides a direct path for static charges to flow to earth, so charges don’t build up. Bonding keeps all connected conductive parts at the same electrical potential, preventing a spark that can occur when there’s a difference in charge between items. Anti-static measures further reduce charge generation and accumulation—using anti-static gloves or garments, anti-static packaging and mats, proper humidity, and avoiding materials that generate a lot of friction. Together, these steps minimize static discharge risk during handling and storage.

Wearing non-conductive gloves alone doesn’t route charges away, so buildup can still occur. Ignoring static discharge obviously increases risk. Storing in metal containers without grounding may seem protective, but without a grounding path, any accumulated charge can still discharge as a spark.