Under EN ISO 20345, safety footwear must provide front foot protection capable of withstanding a 200 joule impact, ensuring the toe area can absorb significant energy before failing. This standard is part of broader requirements that include features like anti-slip soles, closed backs, and optional protections against static, hydrocarbons, or water penetration. Compliance with these norms ensures footwear meets rigorous safety benchmarks, tailored to diverse workplace hazards while enhancing user protection and productivity.
Key Points Explained:
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200 Joule Impact Resistance Requirement
- The toe region of EN ISO 20345-compliant shoes must withstand a 200 joule impact, simulating heavy objects falling on the foot. This is tested by dropping a 20 kg weight from a height of 1 meter onto the toe cap.
- Why it matters: This ensures the footwear can protect against common industrial hazards like dropped tools or materials, reducing injury risks.
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Additional Mandatory Features
- Anti-slip soles: Designed for traction on smooth or greasy surfaces, critical in environments like kitchens or workshops.
- Closed back: Provides full-foot coverage, preventing debris entry and enhancing stability.
- Workplace relevance: These features address slip/fall hazards and ensure all-round foot protection.
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Optional Protection Categories
- A (Anti-static): Reduces static electricity buildup, vital in electronics manufacturing.
- Fo (Hydrocarbon-resistant soles): Resists degradation from oils/fuels, suited for automotive or chemical industries.
- P (Perforation-resistant soles): Shields against sharp objects (e.g., nails), crucial in construction.
- Wru/Wr (Water resistance): Prevents water ingress, ideal for outdoor or wet environments.
- Selection tip: Choose categories based on specific workplace hazards to optimize safety.
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Standard’s Broader Impact
- EN ISO 20345 harmonizes global safety footwear requirements, ensuring consistent protection levels. Manufacturers must rigorously test products, while users benefit from transparent performance benchmarks.
- Practical insight: Look for the EN ISO 20345 label to verify compliance, and pair with hazard assessments for optimal footwear selection.
By adhering to these requirements, safety footwear effectively mitigates workplace risks, blending mandatory protections with customizable options for diverse industries.
Summary Table:
| Feature | Requirement | Workplace Relevance |
|---|---|---|
| 200-Joule Impact Test | Toe cap withstands 20kg weight dropped from 1m (simulating heavy object impact). | Protects against dropped tools/materials in construction, manufacturing, and warehousing. |
| Anti-slip Soles | Enhanced traction on slippery surfaces (e.g., oil, water). | Reduces fall risks in kitchens, workshops, or wet environments. |
| Closed Back | Full-foot coverage to prevent debris entry. | Ensures stability and hygiene in rugged or debris-heavy settings. |
| Optional Protections | A (anti-static), Fo (hydrocarbon-resistant), P (puncture-proof), Wru (waterproof). | Tailored for electronics, automotive, construction, or outdoor work. |
Ensure your workforce is protected with EN ISO 20345-compliant safety footwear!
As a leading manufacturer, 3515 produces high-performance safety shoes and boots that meet global standards like EN ISO 20345. Our footwear combines 200-joule impact resistance, anti-slip technology, and customizable protections (anti-static, puncture-resistant, etc.) to address diverse industrial hazards. Whether you're a distributor, brand owner, or bulk buyer, we offer scalable solutions to keep your teams safe and productive.
Contact us today to discuss your requirements—let’s build safer workplaces together!
