Product description
These Puma Celerity Knit Pink women's low safety trainers meet the EN ISO 20345 - S1P standard and are fitted with SRC non-slip soles.
They are suitable for women's small feet and their Breathactive lining provides comfort and everyday breathability. HRO heat resistant sole with Torsion Control system. These Puma safety shoes have a "girly" look, and are particularly comfortable and breathable.
Standard: EN ISO 20345 - S1 HRO SRC
Technical description:
- Protection: steel toe cap
- Plus: IQ.CELL absorber, integrated in the heel, on the toe cap and TPU heel protection
- Upper: SAFETY KNIT®
- Lining: BreathActive multifunctional lining
- Footbed: evercushion® Miss
- Sole: MISS SAFETY MOTION rubber sole with Torsion Control system, heat resistant up to 300°C
- Anti-slip soles SRC skid shoes
Safety Knit Fabric:
Highly flexible fabric conforms perfectly to the shape of the human foot and feels like a sock.
Model adapted for women's feet:
We have adapted these models for a better fit on women's small feet.
HRO insoles:
At least for a little while, these insoles are heat resistant up to 300°C.
IQ.CELL system:
The gel pad integrated in the heel of this shoe has been developed to ensure the absorption of heel shocks and to restore energy.
BREATHACTIVE sweat-wicking system:
The micro-channel system of this multi-layer liner offers better breathability and faster wicking of perspiration when work means hard work. sweat...
Additional information:
The EN 20345 standardized protective shells and end caps withstand an energy of 200 Joules. This energy corresponds to a 20 kg object falling from a height of one meter. When crushed (fall height equal to 0), the 200J protective shell resists a force equivalent to 1,500 kg.
Product specifications
Reference | ox642910 |
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Brand | Puma |
Manufacturer reference | 642910 |
Seasonality | Spring, Summer, Autumn, Winter |
Type of Shoes | Trainers |
Shoes Features | Low, Security |
Main material | Safety Knit® |
Footwear standards | S1, SRC, HRO, ISO 20345 |
Anti-perforation | No |
Shock absorption | No |
Hydrocarbon resistance | No |