Security guard safety boots are designed with specific codes and abbreviations to indicate their protective features, ensuring compliance with safety standards like EN ISO 20344:2004 and CE marking. These codes help purchasers identify boots with the right protections, such as anti-static properties, ankle support, or resistance to heat, water, or penetration. Understanding these codes ensures the boots meet workplace safety requirements while providing comfort and durability.
Key Points Explained:
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Standard Compliance (EN ISO & CE Marking)
- EN ISO 20344:2004/2011: The baseline standard for testing safety footwear.
- EN ISO 20345:2011: Requires toe protection against 200 joules impact and 15KN compression (e.g., steel toes).
- EN ISO 20346:2011: Lower protection (100 joules impact, 10KN compression).
- EN ISO 20347:2011: For comfort shoes without toe caps.
- CE Marking: Indicates compliance with EU Personal Protective Equipment (PPE) regulations, ensuring safety for use.
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Common Codes and Their Meanings
- A (Anti-static): Reduces static electricity buildup, critical in explosive environments.
- AN (Ankle protection): Reinforced ankle support to prevent injuries.
- C (Conductive): Dissipates static electricity entirely, used in high-risk areas like chemical plants.
- CI (Cold insulation): Insulates against cold surfaces or environments.
- CR (Cut-resistant upper): Protects against sharp objects.
- E (Energy absorption): Cushions heel impact.
- FO (Fuel/oil-resistant upper): Resists degradation from hydrocarbons.
- HRO (Heat-resistant outsole): Withstands contact temperatures up to 300°C.
- P (Penetration resistance): Midsole guards against sharp objects (e.g., nails).
- ESD (Electro-static Discharge resistant): Balances static dissipation without spark risks.
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Design and Material Guidelines
- Upper Material: Leather with plastic coating for waterproofing (security boots).
- Lining: Breathable to reduce moisture buildup.
- Toe Space: Adequate room to prevent pressure injuries.
- Soles: Slip-resistant rubber for traction.
- Fastenings: Laces, buckles, or zips for secure fit and ease of use.
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Selection Considerations
- Match codes to workplace hazards (e.g., "HI" for heat exposure, "WR" for wet conditions).
- Prioritize comfort features (removable insoles, breathability) for long shifts.
- Verify CE marking and EN ISO standards for legal compliance.
These codes and standards ensure security guards have footwear tailored to their risks, blending safety with practicality. For example, a boot marked "S3" (water-resistant, penetration-resistant, and slip-resistant) suits outdoor patrols, while "ESD" is vital for electronics facilities. Always cross-check labels against job requirements to optimize protection.
Summary Table:
| Code | Meaning | Use Case |
|---|---|---|
| A | Anti-static | Reduces static electricity in explosive environments |
| AN | Ankle protection | Reinforced support to prevent ankle injuries |
| C | Conductive | Dissipates static electricity in high-risk areas |
| CI | Cold insulation | Protects against cold surfaces |
| CR | Cut-resistant upper | Guards against sharp objects |
| E | Energy absorption | Cushions heel impact |
| FO | Fuel/oil-resistant | Resists degradation from hydrocarbons |
| HRO | Heat-resistant outsole | Withstands temperatures up to 300°C |
| P | Penetration resistance | Midsole protects against sharp objects |
| ESD | Electro-static Discharge resistant | Balances static dissipation without spark risks |
Ensure your security team has the right safety footwear for their needs. As a leading manufacturer, 3515 produces a comprehensive range of EN ISO-compliant safety boots tailored for security guards, distributors, and bulk buyers. Our boots combine durability, comfort, and certified protection for all workplace hazards.
Contact us today to discuss your requirements and explore our catalog!
