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FIJI S3L FO SR
CE EN ISO 20345:2022 ESD
3H142EV
Low safety shoe
Description
  • Toecap: 200J polymeric composite non-thermic
  • Upper: PU coated anti-scratch leather Hydro 1,8-2,0 mm
  • Midsole: PL certified antiperforation composite fabric
  • Insole: Memory open-cell polyurethane, anatomical, extra comfort
  • Sole: PU/Outsole, PU/Midsole, PU/Upper sole
  • Other: Esd, Stability Support, Anti-torsion sole shank
FIJI S3L FO SR
39-47
Description and further information
Low safety shoe, WPA anti-scratch back leather thickness 1,8-2,0 mm.
Highly perspiring and abrasion resistant fabric lining.
Reinforced heel area STABILITY SUPPORT in PU.
Soft, lined and padded tongue.
COMPLETELY METAL FREE SHOE

TOECAP 200J polymeric composite non-thermic according to EN 22568
PL MIDSOLE flexible antiperforation composite fabric according to EN 22568
SOLE 3HYBRID three-densities polyurethane antistatic, resistant to hydrolysis ISO 5423:92, to hydrocarbons and to abrasion, anti-shock and anti-slipping
ANTI TORSION insert in the sole to assure stability on uneven ground
MEMORY INSOLE three-materials extra comfort insole, with soft latex Memory cushion, ensuring no stress in heel zone and resistant to body pressure.
Perspiring, removable, anatomic, absorbing, antistatic and anti-bacterial and ESD.
Footwear meets the requirement in accordance with IEC 61340-4-3:2017 (IEC 61340-5-1:2016) for electrical resistance ESD.
FO sole resistance to hydrocarbons
SR slip resistance
Size 39-47 Shoe weight Sz 42 gr. 535
Size guide
Size guide
Comparison table of measurements
EUROPAUKUSMILLIMETERSINCHES
35
2,5

3,5

225

8,9

36
3

4

232,5

9,2

37
4

5

240

9,5

38
5

6

247,5

9,7

39
6

7

255

10

40
6,5

7,5

262,5

10,3

41
7

8

270

10,6

42
8

9

277,5

10,9

43
9

10

285

11,2

44
10

11

292,5

11,5

45
10,5

11,5

300

11,8

46
11

12

307,5

12,1

47
12

13

315

12,4

48
13

14

322,5

12,7

49
14

15

330

13

See anti-slip results
ANTI-SLIP RESULTS
Anti-slip performance testing
Ceramic tile floor with NaLS

Forward Heel
(heel slip 7°)

≥ 0.31
≥ 0.47

Backward heel 
(heel slip 7°)

≥ 0.36
≥ 0.44
Ceramic tile floor with glycerin

Forward Heel
(heel slip 7°)

≥ 0.19
≥ 0.23

Backward heel 
(heel slip 7°)

≥ 0.22
≥ 0.25
Recommended areas of use
Automotive Components
ESD Area
Farming and Agriculture
Hydrocarbons and Chemicals
Logistics and Light Industry
Metal and Wood Carpentry

Certifications applied
Heel Energy Absorption
Heel Energy Absorption
Certifications
Heel Energy Absorption
Footwear with energy absorption in the heel to reduce impact while walking. Enhances comfort and protects joints in demanding work environments.
Antistatic Footwear
Antistatic Footwear
Certifications
Antistatic Footwear
Antistatic footwear designed to dissipate electrostatic charges, protecting the operator and sensitive devices. Ideal for industrial environments and electronic labs. Electrical resistance range from 0.1 MΩ to 1000 MΩ.
Water Penetration and Absorption (WPA)
Water Penetration and Absorption (WPA)
Certifications
Water Penetration and Absorption (WPA)
The upper material is tested to resist water penetration, keeping feet dry even in wet or rainy environments.
PL Puncture Resistance with Non-Metallic Insert (nail Ø 4.5mm)
PL Puncture Resistance with Non-Metallic Insert (nail Ø 4.5mm)
Certifications
PL Puncture Resistance with Non-Metallic Insert (nail Ø 4.5mm)
Anti-perforation plate inserted in the sole to protect the foot from sharp objects and punctures, ensuring safety in hazardous work environments. PL puncture resistance with non-metallic insert (nail Ø 4.5mm)
Hydrocarbon Resistance
Hydrocarbon Resistance
Certifications
Hydrocarbon Resistance
Footwear resistant to hydrocarbons, designed to maintain the properties of the sole when in contact with oils and fuels. Ideal for industrial environments and workshops.
Slip Resistance (mandatory ceramic-Nals test)
Slip Resistance (mandatory ceramic-Nals test)
Certifications
Slip Resistance (mandatory ceramic-Nals test)
According to EN ISO 20345:2022, slip resistance is a mandatory requirement and is tested on a ceramic surface contaminated with sodium lauryl sulfate (NaLS) solution. This test, stricter than previous versions, simulates real slipping conditions and ensures that all certified safety footwear provides a minimum level of grip. The SRA, SRB, and SRC classifications have been removed in the new regulation, making the NaLS ceramic test the standard.
Technical materials
High Visibility
High Visibility
Technical materials
High Visibility
High-visibility footwear with reflective inserts for greater safety in low-light conditions. Ideal for night work or high-risk environments.
ESD - Electrostatic Discharge
ESD - Electrostatic Discharge
Technical materials
ESD - Electrostatic Discharge
ESD work shoes designed to dissipate electrostatic charges and protect sensitive electronic components. Ideal in environments such as electronic maintenance, automotive, laboratories, and many others. Electrical resistance range from 0.1 MΩ to 100 MΩ.
Extreme Lightness
Extreme Lightness
Technical materials
Extreme Lightness
This footwear uses a combination of innovative materials that minimize the weight of the work shoe, thus maximizing comfort and conserving energy at the end of the day.
Mondo Point 11
Mondo Point 11
Technical materials
Mondo Point 11
Mondo Point is an international standard indicating the type of fit of a particular shoe. In terms of fit, Mondo Point 11 indicates a wide, roomy, and comfortable shoe for the foot.
Metal-Free
Metal-Free
Technical materials
Metal-Free
Metal-free work shoes, free of metal components, lightweight and comfortable, ideal for environments with high security checks. Offers protection and flexibility without interfering with metal detectors.
No metal
No metal
Technical materials
No metal

High-resistance TEXTILE anti-perforation midsole. Protects the foot from penetration by dangerous and sharp objects. At the same time, it ensures maximum flexibility and lightness for the foot.
COMPOSITE toe cap resistant to impacts up to 200 Joules, lightweight and metal-free, ideal for safely protecting the toes without adding weight to the footwear.
Unlike other materials, composite offers several advantages: thermal insulation (does not transmit heat), non-magnetic (not detected by metal detectors), and memory (in case of compression, it returns to its original shape, leaving toes free).

Slip Resistance (optional glycerin test)
Slip Resistance (optional glycerin test)
Technical materials
Slip Resistance (optional glycerin test)
The slip-resistant sole features a special compound and tread pattern designed to maximize grip on wet or slippery surfaces, improving safety on the job.
Memory Foam Insole
Memory Foam Insole
Technical materials
Memory Foam Insole
The MEMORY FOAM insole offers superb comfort thanks to its innovative material, which adapts to foot shape. It enhances walking comfort, supports posture, improves fit, and distributes body weight. Additionally, it stabilizes the foot and absorbs ground impact, serving as an excellent shock absorber.
Scratch-Resistant Leather
Scratch-Resistant Leather
Technical materials
Scratch-Resistant Leather

Zero Abrasion technology uses leather finished with multiple layers of polyurethane to protect the upper from scratches, cuts, and wear. This solution ensures that the footwear maintains flawless performance and appearance even after months of intense use, providing advanced resistance against abrasive surfaces and mechanical environments—all while preserving foot comfort and breathability.

Anti-Torsion Sole
Anti-Torsion Sole
Technical materials
Anti-Torsion Sole

The Anti Torsion system uses a thermoplastic shank designed to increase stability on irregular and wet surfaces. Unlike standard shanks, it flexes with the foot’s natural motion, reducing the risk of twists and falls. Ideal for outdoor work, especially in construction, where surface control is critical.

Heel Stability Support
Heel Stability Support
Technical materials
Heel Stability Support

The Stability Support device is engineered to maximize heel support when walking. Unlike standard systems, it focuses support on specific areas, reducing foot stress and enhancing weight distribution. This leads to more natural movements, benefiting the back and joints, notably for those standing for long hours, and also reduces internal wear of the safety footwear.

Three to be - Triple Density Injection
Three to be - Triple Density Injection
Technical materials
Three to be - Triple Density Injection

Three to Be® - Tripla Densità Iniettata technology represents one of the most advanced results of our R&D efforts. Patented by Giasco, it integrates three entirely polyurethane-injected sole layers to optimize safety shoe performance in terms of comfort, stability, and slip resistance.

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