Key evaluation factors for safety shoes
Element | Description |
Protective Level | Meets EN ISO 20345 (S1, S2, S3) or ASTM F2413‑2018 standards, providing impact resistance, puncture resistance, anti‑static, oil resistance, slip resistance, etc. |
Comfort | Ergonomic shoe last, breathable materials, replaceable cushioning pads to reduce foot fatigue during prolonged work. |
Materials & Process | High‑strength steel toe caps or composite materials, polyurethane/rubber soles, acid‑base or high‑temperature resistant fabrics to maintain protection in harsh environments. |
Certification & Quality System | CE, ISO 9001, ISO 14001 and other international system certifications, ensuring compliance with global safety standards. |
1. Protection Level
Complies with ENISO 20345 (S1, S2, S3) or ASTM F2413-2018 standards
Provides features such as anti-smash, anti-puncture, anti-static, oil-resistant, and anti-slip properties
2. Comfort
3. Ergonomic last design
Made of breathable materials
Replaceable cushioning pads to reduce foot fatigue during long hours of work
4. Material and Craftsmanship
High-strength steel toe cap or composite toe cap
Polyurethane/rubber sole
Acid-resistant, alkali-resistant, or high-temperature-resistant fabrics ensures continued protection in harsh environments
5. Certifications and Quality Systems
CE, ISO9001, ISO14001, and other international certifications ensure compliance with global safety standards
How long do safety shoes typically last? The lifespan of safety shoes is affected by the following factors:
1. Frequency of use and work environment
Under normal conditions (such as ordinary factories and construction sites), safety shoes can last 1–3 years, but they should be regularly inspected for wear on the soles and damage to the uppers.
High temperatures, humidity, acidic or alkaline environments, or chemically corrosive environments can significantly shorten their lifespan; it is recommended that they be replaced within 6 months.
2. Materials and Craftsmanship
Polyurethane (PU) soles are susceptible to hydrolysis during long-term storage or high-temperature conditions, resulting in a reduced lifespan. Using polyether-based PU can extend durability.
Leather fabrics are more susceptible to moisture and aging than synthetic materials, resulting in a relatively shorter lifespan.
3. Maintenance and Rotation
Proper cleaning, avoiding direct sunlight, and alternating between pairs of shoes can extend their lifespan by approximately 40%.
A comprehensive inspection is recommended every 6 months to 1 year, and any signs of damage, debonding, or loose toes should be replaced immediately.
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