S1 Safety shoes e.s. Brooklyn low
S1 Safety sandals e.s. Apiro
OVERVIEW OF PROTECTION CLASSES
- EN ISO 20345:2011 S1P with steel toe cap and puncture resistant sole made of ceramic-treated textile fibres
- Wide fit – 12cm foot width
- Outer material made of Safe-Tex micro-fibre material with breathable mesh inserts
- COMFORT12 energy insole
- The anti-slip PUR two-layer sole in compliance with SRC is anti-static, fuel-resistant and heat-resistant up to approx. 130 °C
Comfort 12
The foot:
The sole has a substructure made of a fatty body that absorbs impacts and acts like padding, especially on hard ground.
Frequent foot problem:
The heel spur is a painful condition on the heel bone caused by overstressed tendons. This condition can be prevented by using the “Comfort12” Energy insole . It offers effective relief to the joints and prevents wear and fatigue.
The sole makes the difference:
The shock-absorbing insole was originally developed for orthopaedic purposes.
The ”Comfort12“ energy insole prevents fatigue and wear on the joints. It also gives the wearer a very pleasant feeling when walking and standing.
- ensures excellent shock absorption
- improves the blood circulation
- prevents wear on the joints
The perfect fit and the use of innovative materials are the features of these models. The latest sole development is extremely comfortable thanks to the very wide and spacious last shape.
10cm foot width: possible malformation for wider fee
12cm foot width: natural position of the toes for wider feet
Price
Available colours
Available sizes
EN standard
Fastener system
Foot width
Heatresistant up to
Highest slip resistance
Inner material
Penetration protection
Shape
Sole material
Special features
Suitable for insole wearers
Toe cap
Upper material
Weight of size 42
more sole requirements
protection classes
Extras
ESD
Workplaces that need to be protected from electrostatic discharges are called Electrostatic Protected Area or ESD workplaces. Thanks to anti-static equipment, e.g. anti-static work clothing and ESD safety shoes, electrostatic charging usually caused by friction is prevented in these areas. In line with the current ESD norms, the maximum electrostatic charges are stated for ESD protected areas. This serves to protect against electrostatic discharges that could damage or destroy sensitive electronic parts. Work and protection shoes with ESD features must satisfy the requirements of the DIN EN 61340 standard with a bleeder resistance of between > 0.1 mega ohms (1.0 x 105 Ohm) and < 100 mega ohms (1.0x 108 Ohm). EN 1149-5:2008 in conjunction with EN 1149-3:2004 governs the properties of protective clothing with electrostatic properties.
Made in Germany
Made by Strauss
Exclusively manufactured in our CI Factory.
This is where the shoes of the future are created.
