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CSA Z195-14 (2019) Protective Footwear: Comprehensive Technical Guide
Scope, Requirements, and Compliance for Safety Footwear in Canada
Scope
CSA Z195-14 (2019) applies to protective footwear designed for use in industrial and occupational settings where foot protection from impact, compression, electrical hazards, punctures, and other risks is required. It covers various footwear types, including shoes, boots, and overshoes, made with protective toe caps and optional additional protective features. The standard specifies performance requirements, test methods, and marking criteria to ensure consistent quality and reliability.
The standard is intended for manufacturers, distributors, employers, and safety professionals who need to select and verify protective footwear that meets Canadian regulatory requirements in provinces and territories adopting CSA standards under occupational health and safety regulations.
Technical Requirements
Impact and Compression Resistance
The core of CSA Z195-14 (2019) is the performance of protective toe caps under impact and static compressive loads. Footwear is classified into two primary grades based on the energy absorption and load capacity:
| Property | Grade 1 | Grade 2 |
|---|---|---|
| Impact Energy | ≥ 200 J (9.07 kg drop from 227 mm) | ≥ 125 J (9.07 kg drop from 142 mm) |
| Compression Load | ≥ 15 kN (before clearance reduction exceeds 6.4 mm) | ≥ 10 kN (before clearance reduction exceeds 6.4 mm) |
| Toe Cap Clearance After Test | ≥ 12.7 mm (toe cap shall not collapse) | ≥ 12.7 mm |
Tip: Grade 1 footwear offers higher protection and is preferred for heavy industry, construction, and mining. Grade 2 may be adequate for light industrial or warehouse environments where risks are moderate.
Electrical Hazard (EH) Protection
CSA Z195-14 provides optional requirements for electrical hazard (EH) footwear. EH footwear must limit the flow of current to 1.0 mA or less when subjected to 18,000 V (60 Hz) for 1 minute under dry conditions. After test, the footwear must withstand a second test of 15,000 V without exceeding 1.0 mA leakage. All soles and heels must be free of conductive materials that could compromise insulation.
Warning: EH footwear protects only against accidental contact with live electrical circuits. It does not guarantee protection from high-voltage arcs or electrocution in submerged or wet conditions. Regular inspection of soles and uppers is essential.
Other Protective Features
The standard also covers the following optional hazard categories:
- Metatarsal Impact (MI): Protection for metatarsal bones using additional guards or integrated design, tested at the same impact energies as Grade 1 or Grade 2.
- Sole Puncture (PR): Resistance to penetration by sharp objects, requiring a test with a 4.5 mm steel probe under a minimum force of 1,100 N (Grade 1) or 780 N (Grade 2).
- Static Dissipative (SD) and Conductive (C): For environments where static discharge must be controlled, e.g., electronics or explosive atmospheres.
- Slip Resistance (SR): While not part of the Z195 standard, many CSA-certified footwear options undergo additional testing against slip standards such as CSA Z195.1 (note: check if separate) or ASTM standards.
Implementation Highlights
When implementing a protective footwear program based on CSA Z195-14 (2019), organizations should:
- Conduct a hazard assessment to identify the required grade and additional protective features.
- Select footwear that is certified by an accredited body such as CSA Group or an equivalent Canadian-recognized laboratory.
- Train employees on proper wear, inspection, and maintenance. Protective footwear with worn soles, cracks, or deformed toe caps must be replaced.
- Ensure that footwear is properly fitted and comfortable; compliance is more likely when workers accept and consistently wear the footwear.
- Keep records of certification labels, test reports, and distributed footwear models for audit purposes.
Success: Companies that adopt CSA Z195-14 (2019) compliant footwear see a significant reduction in foot injuries, decreased lost workdays, and improved overall safety culture.
Compliance Notes
CSA Z195-14 (2019) compliance is demonstrated through independent testing and certification. Key compliance aspects include:
- Certification marks: Each footwear must bear a permanent label (typically a rectangular green or yellow tag) indicating the CSA mark, grade, and applicable hazard categories (e.g., Grade 1, EH, MI, PR).
- Traceability: Manufacturers must maintain production records and periodic audits to ensure consistent quality.
- Provincial adoption: Provinces such as Alberta, British Columbia, Ontario, and others have adopted CSA Z195 under their OHS regulations. It is the employer’s responsibility to verify that the footwear meets the standard required by the jurisdiction.
- Recertification: The standard was reaffirmed in 2019, so current testing reports should reference this edition. Some jurisdictions may require recertification if the standard is updated.
Danger: Use of footwear that does not meet CSA Z195 requirements can result in severe injuries and legal liability. Counterfeit or non-certified products mimicking CSA marks are a safety risk. Always verify certification directly with the manufacturer or through the CSA certification database.
Frequently Asked Questions
Q: What is the difference between Grade 1 and Grade 2 in CSA Z195-14?
A: Grade 1 provides higher impact resistance (minimum 200 J vs. 125 J) and compression resistance (15 kN vs. 10 kN). Grade 1 is recommended for high-risk environments; Grade 2 suits lower-risk applications.
A: Grade 1 provides higher impact resistance (minimum 200 J vs. 125 J) and compression resistance (15 kN vs. 10 kN). Grade 1 is recommended for high-risk environments; Grade 2 suits lower-risk applications.
Q: Does CSA Z195 cover electrical hazard (EH) protection?
A: Yes. The standard includes optional EH protection requiring footwear to limit leakage current to ≤1.0 mA under 18,000 V (dry test). Such footwear is marked “EH” on the certification label.
A: Yes. The standard includes optional EH protection requiring footwear to limit leakage current to ≤1.0 mA under 18,000 V (dry test). Such footwear is marked “EH” on the certification label.
Q: How is CSA Z195 compliance verified and marked?
A: Footwear must be tested and certified by an accredited laboratory such as CSA Group. Certified products display a rectangular label with the CSA logo, “Z195”, grade, and hazard codes (e.g., “Grade 1 EH PR MI”).
A: Footwear must be tested and certified by an accredited laboratory such as CSA Group. Certified products display a rectangular label with the CSA logo, “Z195”, grade, and hazard codes (e.g., “Grade 1 EH PR MI”).
Q: Can ASTM F2413 footwear be used as a substitute in Canada?
A: Not directly. While ASTM F2413 and CSA Z195 have similar performance criteria, the marking and grading systems differ. Canadian OHS regulations typically require compliance with CSA Z195 specifically. Employers should confirm that any imported footwear holds valid CSA certification.
A: Not directly. While ASTM F2413 and CSA Z195 have similar performance criteria, the marking and grading systems differ. Canadian OHS regulations typically require compliance with CSA Z195 specifically. Employers should confirm that any imported footwear holds valid CSA certification.
Conclusion
CSA Z195-14 (2019) remains the benchmark for protective footwear in Canadian workplaces. By specifying performance levels for impact, compression, electrical hazards, and other risks, the standard helps employers choose appropriate footwear and reduce foot injuries. Compliance with this standard is not only a legal requirement in many jurisdictions but also a cornerstone of a robust occupational health and safety program.
Article published 2026 – Canadian Safety Standards Institute