EN 16350
EN 16350:2014 sets performance requirements for protective gloves with electrostatic properties worn in explosive atmospheres. The key test parameter is electrical resistance.
Under EN 16350, the resistance must be less than 1×10⁸ Ω under defined test conditions. This threshold ensures that electrostatic charges can be safely dissipated through the glove, preventing ignition-risk spark discharges.
EN 16350 gloves are typically used in environments with flammable gases, dusts, or vapours – such as chemical, pharmaceutical, mineral oil, or electronics industries.
EN 16350 is often combined with EN 388 (mechanical protection) or EN ISO 374-1 (chemical resistance). Gloves must always comply with the base standard EN ISO 21420.
Not to be confused with EN 1149, which governs electrostatic protection for protective clothing (not gloves).
Frequently asked questions
What does EN 16350 measure?
EN 16350 tests the glove's electrical resistance under defined conditions. The resistance must be less than 1×10⁸ Ω so that electrostatic charges are safely dissipated without creating ignition risk.
What is the difference between EN 16350 (gloves) and EN 1149 (clothing)?
EN 16350 applies to protective gloves with electrostatic properties. EN 1149 applies to electrostatic dissipative protective clothing. Both standards address the same risk type (electrostatic discharge) but for different PPE items.
Is an EN 16350 glove alone sufficient for ATEX areas?
No. EN 16350 is one of several requirements for ATEX zones. A complete protection concept also includes dissipative footwear, EN 1149 clothing, and the workplace earthing system.