EN 16350:2014 Standard – Electrostatic Protective Gloves (ATEX)
EN 16350:2014 is the European standard that defines the electrostatic requirements for protective gloves used in environments where flammable or explosive atmospheres may be present, commonly referred to as ATEX zones.
Understanding EN 16350:2014
In industrial settings where explosive gases, vapors, or dusts are present, even a small electrostatic discharge can trigger a fire or explosion. EN 16350:2014 sets the criteria for gloves that help prevent such risks by safely dissipating static electricity.
This standard applies specifically to gloves used in ATEX environments—areas classified under the ATEX Directive 2014/34/EU. It ensures that gloves meet strict vertical resistance requirements, meaning they can conduct static charges from the wearer’s body through the glove material and safely discharge them.
Key Requirements of EN 16350:2014
- Vertical resistance must be less than 1.0 × 10⁸ Ohms, tested under controlled conditions (23°C ±1°C and 25% ±5% relative humidity).
- Testing is performed according to EN 1149-2, which measures resistance through the glove material.
- Gloves must be used in combination with anti-static clothing and footwear to ensure full grounding of the wearer.
Why EN 16350 Is Important in ATEX Zones
ATEX zones are high-risk areas where flammable substances are handled—such as in:
- Chemical processing
- Oil and gas facilities
- Paint and solvent handling
- Pharmaceutical manufacturing
- Grain and food storage
- Logistics and maintenance in explosive atmospheres
In these environments, safety gloves certified to EN 16350:2014 help prevent static sparks that could ignite hazardous materials.
EN 16350 vs. ESD Gloves – What’s the Difference?
While both EN 16350 and ESD gloves deal with electrostatic discharge, they serve different purposes:
- EN 16350 gloves are designed to protect people and environments in explosive atmospheres (ATEX zones).
- ESD gloves (Electrostatic Discharge) are intended to protect electronic components from damage caused by static electricity.
In short, EN 16350 is about safety in explosive environments, while ESD gloves focus on product protection in electronics handling.
EN 16350-Certified TEGERA Gloves
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TEGERA® 8846
The world’s thinnest cut F glove
Our latest glove with CRF Omni technology. 21 gg knitting - highest cut protection.
TEGERA® 806
ESD glove with cut resistance level C
For ESD-protected work areas where dexterity in combination with cut protection is needed.
TEGERA® 810
ESD glove with good grip and fit
A glove for work that requires ESD protection and good precision. Soft and flexible all day.
TEGERA® 803
ESD glove with cut resistance level B
For ESD-protected work areas where dexterity in combination with cut protection is needed.
TEGERA® 877
A super thin and flexible ESD glove
With touchscreen functionality and PU palm-dipping for high fingertip sensitivity.
TEGERA® 811
ESD protection and PU dipped on the entire palm
A glove for work where ESD protection is required. Palm dipped with PU provides precision.
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Professions That Benefit from EN 16350-Certified Gloves
ATEX safety gloves are essential for professionals working in:
- Chemical and petrochemical industries
- Oil and gas extraction and refining
- Paint and coating operations
- Pharmaceutical labs
- Food and grain storage facilities
- Maintenance and logistics in ATEX zones
Frequently Asked Questions (FAQ) on EN 16350:2014 Gloves
What Does “Vertical Resistance” Mean In This Context?
It refers to the glove’s ability to conduct static electricity from the inside (skin contact) to the outside surface, helping discharge static safely.
Can EN 16350 Work Gloves Be Used for ESD Protection in Electronics?
No. EN 16350 gloves are not designed for protecting electronic components. For that, ESD gloves tested under standards like IEC 61340 are recommended.
Are All Anti-Static Gloves Compliant with the EN 16350 Standard?
Not necessarily. Only gloves tested and certified under EN 16350 meet the specific requirements for use in ATEX zones.
Is Grounding Required When Using EN 16350-Certified Gloves?
Yes. The gloves are effective only if the wearer is properly grounded through anti-static clothing and footwear.
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