SPORT SAFETY SHOES POMPA S1P S. 42 (YT-80512)

Brand
Yato
Symbol
YT-80512
Series
GRD
Size
42
Series
PUMP
Oil resistance
Yes
Petrol resistance
Yes
Chemical resistance
Yes
Safety footwear category
S1P
Upper material
KPU, plastic mesh
Sole material
EVA, rubber
Anti-puncture material<>Plastic
Compressive load
15 kN
Impact energy
200J
Non-slip sole
Yes
Slip resistance
SRC
Antistatic
Yes
Vibration damping
Yes
Fastening type
Laces
Standard
EN ISO 20345:2011
Sole penetration resistance
1100N
Composite toe cap
Yes
Insole length
27.7 cm
Foot length
27.0 cm
Insole material
EVA

Lightweight work shoes with a sporty look from the POMPA S1P series feature an impact-resistant composite toe cap, a flexible anti-puncture insole, and a dual-layer sole where the upper EVA foam layer improves fit to the foot, thereby increasing walking comfort. In turn, the variety of grooves on the outer side of the sole guarantees above-average slip resistance, even on muddy terrain.

The shoes contain no metal. Both the anti-puncture insole and the sole are flexible and - unlike shoes with traditional PU soles and steel inserts - do not restrict metatarsal flexion. The upper made of thermoplastic KPU not only provides a sporty look but, above all, high resistance to cracking and abrasion. The mesh structure combined with the lining material ensures breathability and high comfort during long hours of work.

Key information:

Upper material: thermoplastic KPU
Lining material: MESH type mesh
Sole material: EVA foam/rubber
Foot protection:

Category: S1P
Slip resistance: SRC
Composite toe cap resistant to impacts with energy up to 200 J and crushing up to 15 kN
Composite anti-puncture insole protecting the foot from the ground against piercing by sharp elements with pressure up to 1100 N
Shock absorption under the heel reduces foot fatigue during prolonged walking
Grooved, oil-resistant, antistatic and non-slip sole
Additional information:

The toe of the shoe is trimmed with additional grooved material
Complies with the requirements of EN 20345 standard