These medical clogs feature a sole that provides excellent traction and ESD protection. The shoes have a removable insole for individual comfort, a durable rubber sole and a breathable upper. These clogs are perfect for dry, slippery conditions.

Recommendation: choose one size larger than you usually wear, shoes run one size smaller.

Product description

• Lining: mesh
• Insole: SJ foam insole
• Upper: synthetic leather
• Sole: Phylon/Rubber (NBR)
• Category: O1 / ESD, SRC
• Sample weight: 0.266 kg

Norms

• ASTM F2892:2018
• EN ISO 20347:2012

Features

• Electrostatic discharge (ESD) : A controlled discharge of electrostatic energy that protects electronic components from damage and prevents the risk of ignition due to electrostatic charge.
• SRC slip resistance : Non-slip soles meet the requirements of SRA and SRB slip resistance tests, tested on both steel and ceramic surfaces.
• Removable insole : Change insoles regularly or use your own orthopedic insoles to increase comfort.
• Rubber sole : resistant to cuts, heat and cold, high flexibility at low temperatures, resistant to oil, fuel and many chemicals.
• Breathable upper surface : increases moisture and temperature management, ensuring longer wearing comfort.

Industries

• Food and beverage, cleaning, catering, medicine

Environment

• Dry environment, extremely slippery surfaces

Care instructions

• To extend the life of your shoes, we recommend cleaning them regularly and protecting them with appropriate products. Do not dry your shoes on a radiator or near a heat source.

Test results according to EN ISO 20347

• Upper (synthetic leather): water vapor permeability – 1.4 mg/cm²/h (norm ≥ 0.8), water vapor coefficient – ​​15.5 mg/cm² (norm ≥ 15)
• Lining (mesh): water vapor permeability – 43.7 mg/cm²/h (norm ≥ 2), water vapor coefficient – ​​350 mg/cm² (norm ≥ 20)
• Insole (SJ foam insole): abrasion resistance (dry/wet) – 25600/12800 cycles (norm ≥ 12800)
• Sole (Phylon/Rubber (NBR)): abrasion resistance – 71.9 mm³ (norm ≤ 150), slip resistance SRA: heel friction – 0.48 (norm ≥ 0.28), flat friction – 0.43 (norm ≥ 0.32), slip resistance SRB: heel friction – 0.32 (norm ≥ 0.13), flat friction – 0.34 (norm ≥ 0.18), antistatic value – 0.1-1000 MegaOhm, ESD value – 28.6 MegaOhm (norm 0.1-100), heel energy absorption – 23.4 J (norm ≥ 20)