Safety Jogger X1100N S3 Mid-cut leather Safety Shoe for protection in style
Mid-cut leather safety shoe for protection in style
The Safety Jogger X1100N is a lightweight, metal-free safety shoe with superior foot protection. It’s oil, fuel and slip resistant, offering comfort, flexibility and safety in challenging work environments.
- Upper: Nappa Action Leather
- Lining: Cambrella
- Footbed: SJ foam footbed
- Midsole: Anti-puncture Textile
- Outsole: PU/PU
- Toecap: Composite
- Category: S3S / SR, CI, FO
- Size range: EU 35-47 / UK 3.0-12.0 / US 3.0-13.0 / JPN 21.5-31 / KOR 230-310
- Sample weight: 0.676 kg
- Norms: ASTM F2413:2018, EN ISO 20345:2022+A1:2024
Description
Description
X1100N S3S
Mid-cut leather safety shoe for protection in style
The Safety Jogger X1100N is a lightweight, metal-free safety shoe with superior foot protection. It’s oil, fuel and slip resistant, offering comfort, flexibility and safety in challenging work environments.
- Upper: Nappa Action Leather
- Lining: Cambrella
- Footbed: SJ foam footbed
- Midsole: Anti-puncture Textile
- Outsole: PU/PU
- Toecap: Composite
- Category: S3S / SR, CI, FO
- Size range: EU 35-47 / UK 3.0-12.0 / US 3.0-13.0 / JPN 21.5-31 / KOR 230-310
- Sample weight: 0.676 kg
- Norms: ASTM F2413:2018, EN ISO 20345:2022+A1:2024
S3
S3 safety shoes are suitable for work in an environment with high humidity and presence of oil or hydrocarbons. These shoes also protect against perforation risk of the sole, and foot crushing.
Metal free
Metal free safety shoes are in general lighter than regular safety shoes. They are also very beneficial for professionals who have to pass through metal detectors several times a day.
SJ Flex
Metalfree puncture resistant material, which is lighter and more flexible than steel.
Oil & fuel resistant
The outsole is resistant against oil and fuel.
SRC slip resistance
Slip resistant soles are one of the most important features of safety and occupational footwear. SRC slip resistant soles pass both SRA and SRB slip resistant tests, they are tested on both steel and ceramic surfaces.
Industries:
Automotive, Chemical, Cleaning, Construction, Logistics, Mining, Oil & Gas, Industry
Environments:
Dry environment, Muddy environment, Uneven surfaces, Wet environment
Maintenance Instructions:
To extend the life of your shoes, we recommend cleaning them regularly and protecting them with adequate products.
Do not dry your shoes on a radiator or near a heat source.
| Description | Measure Unit | Result | EN ISO 20345 |
|---|---|---|---|
| Upper: permeability to water vapor | mg/cm²/h | 2.86 | ≥ 0.8 |
| Upper: water vapor coefficient | mg/cm² | 30 | ≥ 15 |
| Lining: permeability to water vapor | mg/cm²/h | 26.68 | ≥ 2 |
| Lining: water vapor coefficient | mg/cm² | 214 | ≥ 20 |
| Footbed: abrasion resistance (dry/wet) | cycles | 25600/12800 | 25600/12800 |
| Outsole abrasion resistance (volume loss) | mm³ | 33 | ≤ 150 |
| Basic Slip resistance – Forward heel slip friction | – | 0.39 | ≥ 0.31 |
| Basic Slip resistance – Backward forepart slip friction | – | 0.38 | ≥ 0.36 |
| SR Slip resistance – Forward heel slip friction | – | 0.29 | ≥ 0.19 |
| SR Slip resistance – Backward forepart slip friction | – | 0.27 | ≥ 0.22 |
| Antistatic value | MegaOhm | 188.6 | 0.1 – 1000 |
| Heel energy absorption | J | 24 | ≥ 20 |
| Impact resistance toecap (200J) | mm | 17.0 | ≥ 14 |
| Compression resistance toecap (15kN) | mm | 22.5 | ≥ 14 |
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