Non-slip shoes are essential for safety in various industries, and their performance is classified under SRA, SRB, and SRC standards. These certifications indicate how well the shoes resist slipping on specific surfaces under controlled conditions. SRA focuses on ceramic floors with detergent, SRB on steel floors with glycerol, and SRC combines both for comprehensive protection. Understanding these standards helps purchasers select the right footwear for different work environments, ensuring safety and compliance.
Key Points Explained:
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SRA Standard
- Definition: Shoes certified under SRA are tested on ceramic tile floors covered with a diluted soap solution to simulate slippery conditions.
- Application: Ideal for environments like restaurants, hospitals, and kitchens where ceramic floors are common and spills are frequent.
- Testing Method: The shoe's sole is evaluated for its ability to maintain traction under wet and soapy conditions.
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SRB Standard
- Definition: SRB-certified shoes are tested on steel floors coated with glycerol, mimicking oily or greasy surfaces.
- Application: Suited for industrial settings, manufacturing plants, or workshops where steel surfaces and lubricants are present.
- Testing Method: The sole's grip is measured on a steel plate to ensure stability in high-risk slip scenarios.
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SRC Standard
- Definition: SRC combines the requirements of both SRA and SRB, offering dual-certification for maximum slip resistance.
- Application: Perfect for workplaces with mixed surfaces (e.g., food processing plants, warehouses) where employees encounter both ceramic and steel floors.
- Testing Method: The shoe must pass both ceramic-and-detergent and steel-and-glycerol tests to earn this certification.
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Certification Labeling
- Recognized by a grey square symbol with a black "R," indicating compliance with European safety standards (EN ISO 20345:2011).
- Helps buyers quickly identify the shoe's slip-resistant capabilities without delving into technical details.
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Industry-Specific Considerations
- Healthcare/Hospitality: Prioritize SRA for wet ceramic floors.
- Manufacturing/Construction: SRB is critical for oily or metal surfaces.
- Multipurpose Facilities: SRC provides versatile protection across diverse environments.
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Beyond Standards: Practical Selection Tips
- Tread Pattern: Deep, multidirectional treads enhance grip.
- Material: Rubber or polyurethane soles typically offer better slip resistance.
- Fit and Comfort: Ensure the shoe meets ergonomic needs for long shifts.
By aligning footwear choices with these standards, purchasers can mitigate workplace slip hazards effectively. Have you considered how the floor materials in your facility might dictate the optimal certification for your team's shoes? These classifications are more than labels—they're tools to safeguard against accidents in dynamic work environments.
Summary Table:
| Standard | Surface Tested On | Ideal Work Environments | Key Benefit |
|---|---|---|---|
| SRA | Ceramic tile + detergent | Restaurants, hospitals, kitchens | Superior grip on wet, soapy floors |
| SRB | Steel + glycerol | Manufacturing, workshops, industrial plants | Reliable traction on oily/metal surfaces |
| SRC | Both (SRA + SRB) | Warehouses, food processing, multipurpose facilities | Comprehensive slip resistance across surfaces |
Equip your team with certified slip-resistant footwear tailored to your workplace hazards!
As a large-scale manufacturer of safety footwear, 3515 produces rigorously tested non-slip shoes that meet SRA, SRB, and SRC standards. Our solutions are trusted by distributors, brand owners, and bulk buyers across industries—from healthcare to heavy manufacturing.
✅ Why choose 3515?
- Industry-Specific Designs: We engineer soles with optimal tread patterns and materials for your floor conditions.
- Full Compliance: All footwear adheres to EN ISO 20345:2011 with clear certification labeling.
- Bulk Customization: Tailor fits, styles, and safety features for your workforce.
Contact our experts today for a consultation on OSHA-compliant footwear that reduces slip-and-fall risks in your facility.
