GHIBLI NEW S1PL FO SR

Description and further information

Low safety shoe made of suede split leather, thickness 1.82.0 mm.
Lining in highly breathable and abrasion-resistant fabric.
Footwear with reflective insert.
Padded lined tongue.
SHOE ENTIRELY METAL FREE
TOE CAP 200J composite polymer-based, non-thermal, according to EN 22568.
MIDSOLE PL flexible anti-perforation composite fabric, according to EN 22568.
SOLE 3RUN triple-density polyurethane, antistatic, resistant to hydrolysis ISO 5423:92, hydrocarbons, and abrasion; anti-shock and slip resistant.
ANTI-TORSION Insert in the sole to ensure stability on uneven surfaces.
INSOLE MEMORY tri-material extra comfort insole with soft PU memory foam cushion in the heel, fatigue-reducing and resistant to body pressure. Breathable, removable, anatomical, absorbent, antibacterial, and ESD.
The footwear meets the requirements according to IEC 61340-4-3:2017 (IEC 61340-5-1:2016) for ESD electrical resistance.
FO Sole resistant to hydrocarbons.
SR Slip resistance.
Size: 3647 Weight (size 42): 525g

Size guide

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Size guide

Comparison table of measurements

EUROPA	UK	US	MILLIMETERS	INCHES
34	2	3	220	8,6
35	2,5	3,5	227,50	8,9
36	3	4	235	9,2
37	4	5	242,5	9,5
38	5	6	250	9,8
39	6	7	257,50	10,1
40	6,5	7,5	265	10,4
41	7	8	272,50	10,7
42	8	9	280	11
43	9	10	287,50	11,3
44	10	11	295	11,6
45	10,5	11,5	302,50	11,9
46	11	12	310	12,2
47	12	13	317,50	12,5
48	13	14	325	12,8
49	14	15	332,50	13,1
50	14,5	15,5	340	13,4
51	15	16	347,50	13,7

See anti-slip results

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ANTI-SLIP RESULTS

Anti-slip performance testing

Ceramic tile floor with NaLS

Forward Heel
(heel slip 7°)

≥ 0.31

≥ 0.44

Backward heel
(heel slip 7°)

≥ 0.36

≥ 0.44

Ceramic tile floor with glycerin

Forward Heel
(heel slip 7°)

≥ 0.19

≥ 0.24

Backward heel
(heel slip 7°)

≥ 0.22

≥ 0.24

Recommended areas of use

Automotive Components

ESD Area

Logistics and Light Industry

Metal and Wood Carpentry

Certifications applied

Heel Energy Absorption

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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.

ASTM F2413-24

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Certifications

ASTM F2413-24

ASTM F2413-+E18:E6924 specifies the safety, performance, and protective requirements that safety footwear must meet according to U.S. standards.

Antistatic Footwear

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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.

DGUV 112-191

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Certifications

DGUV 112-191

DGUV 112-191 is a German regulation defining requirements for using orthopedic insoles in safety footwear, ensuring that modifications do not compromise protection or performance.

PL Puncture Resistance with Non-Metallic Insert (nail Ø 4.5mm)

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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

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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)

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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.