The key differences between EN ISO 20345 and EN ISO 20347 certifications lie in their intended use, protective features, and suitability for different work environments. EN ISO 20345 is designed for safety footwear, requiring toe cap protection (200J impact resistance), antistatic properties, and protection against mechanical and thermal risks. In contrast, EN ISO 20347 is for occupational footwear without toe caps, emphasizing slip resistance, antistatic properties, and energy-absorbing heels, making it ideal for low-risk environments like healthcare, hospitality, and cleaning. Both standards ensure footwear meets specific safety and performance criteria but cater to distinct workplace hazards and needs.
Key Points Explained:
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Intended Use and Application:
- EN ISO 20345: This standard is for safety footwear, designed for high-risk environments where toe protection is essential, such as construction, manufacturing, and heavy industry.
- EN ISO 20347: This standard is for occupational footwear, suited for low-risk environments like healthcare, hospitality, and cleaning, where toe protection is unnecessary but slip resistance and comfort are prioritized.
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Protective Features:
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EN ISO 20345 mandates:
- Toe cap protection with 200J impact resistance to safeguard against heavy objects.
- Antistatic properties to prevent static electricity buildup.
- Protection against mechanical and thermal risks, such as punctures or extreme temperatures.
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EN ISO 20347 focuses on:
- Slip resistance to prevent accidents on smooth or wet surfaces.
- Antistatic properties for environments where static discharge could be hazardous.
- Energy-absorbing heels to enhance comfort during prolonged standing or walking.
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EN ISO 20345 mandates:
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Toe Cap Requirement:
- EN ISO 20345 requires a safety toe cap, a critical feature for workplaces with falling or rolling objects.
- EN ISO 20347 does not require a toe cap, as the risks in its target environments are minimal.
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Certification and Testing:
- Both standards involve rigorous testing by certified organizations. Compliant footwear receives an Attestation of Type Examination (AET), valid for five years.
- Footwear meeting older standards remains valid during transition periods, ensuring no immediate obsolescence.
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Workplace Suitability:
- EN ISO 20345 is ideal for industries with high physical hazards, ensuring worker safety in demanding conditions.
- EN ISO 20347 caters to service-oriented sectors, prioritizing comfort and safety in less hazardous settings.
Understanding these differences helps purchasers select the right footwear for their specific workplace needs, ensuring both safety and compliance. Have you considered how these standards align with your industry’s risk profile?
Summary Table:
| Feature | EN ISO 20345 (Safety Footwear) | EN ISO 20347 (Occupational Footwear) |
|---|---|---|
| Intended Use | High-risk environments (construction, manufacturing) | Low-risk environments (healthcare, hospitality) |
| Toe Cap Protection | Required (200J impact resistance) | Not required |
| Key Features | Antistatic, mechanical/thermal protection | Slip resistance, antistatic, energy-absorbing heels |
| Workplace Suitability | Heavy industry, hazardous conditions | Service sectors, prolonged standing |
Ensure your workforce has the right footwear for their safety needs!
As a large-scale manufacturer, 3515 produces comprehensive safety and occupational footwear tailored to meet EN ISO 20345 and EN ISO 20347 standards. Whether you're a distributor, brand owner, or bulk buyer, our footwear combines durability, compliance, and comfort for any work environment.
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