45527-00 ANVERSA Boots S3S FO HRO HI CI M SC SR ESD

UPPER: Full Grain leather Hydro 1,8-2,0 mm
Reflex insert
LINING: 3D Green Air 320 gr.
INSOLE: QRS02 Green
TOE CAP: Fiber cap SXT
RESISTANCE TO PERFORATION: Textile resistant to 3.0 mm nail
Size: 36-48
Weight: 760 gr.

STANDARDS: EN ISO 20345:2022 S3S FO HI M SC HRO SR and comply with DGUV 112-191 and O Norm requirements.
Brand: SIXTON PEAK
Product range: RESOLUTE


TECHNOLOGIES:
SOLE
PU-RUBBER VIBRAM ECOSTEP PRO-HRO-SR
Sole with anti-wear scaff cap. Outsole in VIBRAM RECYCLED (≥30%) rubber, resistant to 300° C by contact (HRO), to acids and oils. Design with self-cleaning outsole, with SR Antislip standard.

Removable Insole
QRS02 GREEN
Anatomical breathable insole. Resistant fabric with recycled open-cell foam that absorbs shocks and reduces fatigue. Eliminates sweat with its high ability to evaporate it. Continuous comfort for months and months of use

Protection elements
FIBERCAP SXT AND 3.0 MM NAIL RESISTANT INSERT
Composite toecap with fiberglass. Resistant to over 200J. Non metal perforation resistant insert to over 1100 N with a 3.0 mm truncated cone nail.Protection over the entire sole of the foot. Flexible and comfortable

Lateral stability
DYNAMIC CONTROL
Ergonomic rigid structure. It accommodates the heel, adjusting the foot support and control of the ankle in sideways movements. The plastic material increases protection of the ankle against sharp or pointy objects.

Torsional stability
METATARSAL D3O
D3O anatomical protection, resistant up to 100 Joules, to protect the metatarsal against falling metal sheets or similar

Electrical features
ESD
ESD footwear discharge static electricity and avoid damaging surrounding objects; they are designed in compliance with the following standards: IEC EN 61340-5-1:2016 - IEC EN 61340-4-3:2018 - IEC EN 61340-4-5:2018.

Other
ECOSTEPPRO+D3O
Outsole in RECYCLED VIBRAM (≥30%) with SR Antislip standard. D3O materials are made using a combination of advanced polymer chemistry and cutting-edge science, cushioning and anti-fatigue effect.