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CHLOE S1P Low Safety Shoes - JALLATTE
The CHLOE S1P low safety shoes for women from the manufacturer JALLATTE are ESD electrostatic dissipative shoes tested according to the EN 61340 -4-3 standard. In grey/green color, they are made of knitted mesh textile and suede leather. This breathable upper in 3D mesh with alveolar structure ensures good foot ventilation.
A lacing system with two pairs of metal eyelets and three pairs of lace loops allow for quick unlacing. An additional lace in green color is also provided in the product box. The CHLOE S1P low safety shoes feature an ergonomic fit in PREM-Alu aluminum capable of withstanding a 200 Joule impact and a J-Energy sole in bi-component PU / and E-TPU insert Infinergy by BASF designed to reduce user fatigue.
FEATURES:
Standard: EN ISO 20345:2011
Upper: Ultra-breathable knitted mesh textile. Two pairs of interchangeable colored laces.
Lining: 3D mesh with alveolar structure, improves peripheral foot ventilation and dries quickly
Toe cap: PREM-Alu in aluminum 200 J
Insole: Memory + GEL in polyurethane and thermo-sensitive memory foam to cushion pressure points and absorb heel shocks. Anatomical and perforated.
Anti-perforation: Flextane™ HP by Jallatte® Zero millimeter
Sole: J-ENERGY with Infinergy® insert by BASF
Non-slip
The soles of this shoe have been tested and approved as non-slip, which means that this shoe adheres particularly well to surfaces to prevent any potential falls of the wearer. Depending on the shoe's standard, the grip may vary, please refer to the description.
Oil and fuel resistance
According to the EN ISO 20345 standard, all safety shoes above the SB class are equipped with a acid-resistant sole, oil-resistant and fuel-resistant. Without this, shoes in contact with hydrocarbons can crack or lose their flexibility.
Anti-perforation sole
Safety shoes compliant with EN ISO 20345 S1P, S3, and S5 standards have an anti-perforation sole such that a 4.5 mm diameter nail cannot penetrate the shoe at a pressure force of 1100 Newtons, which is equivalent to an 80 kg man walking.
Shock absorption
All shoes compliant with EN ISO 20345 and 20347 standards above class 1 are equipped with a shock-absorbing heel. The minimum force set is 20 Joules, which is equivalent to an 80 kg man falling from 25 cm. This is sufficient to greatly reduce the risks of fracture, sprain or injury and also to minimize fatigue during the day.
Antistatic
Antistatic shoes provide a necessary level of insulation to protect the wearer against electricity, thus preventing static shock, discharge, or spark. To be certified EN ISO 20345 or EN ISO 20347, safety or work shoes must meet these electrical insulation criteria.
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