The AB-2626 safety shoe from ABEBA combines high safety standards with comfort and design. This ESD-capable lace-up shoe is certified according to EN ISO 20345:2007 and meets the requirements of the S1 class as well as the standards DIN EN 345-1, DIN EN 61340-5-1, and IEC 61340-5-1. The upper material is made of breathable microfiber, which is also washable at 30°C. The integrated steel toe cap and the dual-layer PU sole with ankle protection, flex zone, shock absorption, and TPU torsion joint ensure optimal safety and support. The sole also offers excellent slip resistance (SRC). Available in sizes 36 to 48 and in white, the shoe features a moisture-absorbing, antibacterial lining with silver ions, making it particularly hygienic. The anatomically shaped, replaceable insole provides additional comfort. Weighing 550 g in size 42, this low shoe is ideal for long workdays. Whether for industrial applications or demanding environments, the AB-2626 safety shoe is a reliable choice for both men and women.
Shoes have been tested in accordance with the specifications of DIN EN 61340. They generally have a volume resistance of 7.5 x 10^5 to 3.5 x 10^7 ohms.
Safety class S1
Shoes with a protective toe cap. They are slip-resistant, antistatic and have energy absorption capacity in the heel area. They also have a closed heel area. A fuel-resistant sole is also possible.
Steel toe cap
Steel toe caps are somewhat heavier than other materials, but are very stable and resistant. As a rule, they can withstand a force of at least 200 joules.
Slip resistance SRC
The shoe is slip-resistant both on ceramic tiles with NaLS (sodium sulphate solution) and on steel floors with glycerine.
Washability
The shoe can be machine washed (at 30°C or 60°C depending on the model).
Exchangeable insole
The insole is not firmly integrated into the shoe, but only inserted loosely. It can therefore be easily replaced if necessary.
DGUV 112-191
This regulation stipulates that orthopaedic insoles may only be used in safety footwear in conjunction with a valid type examination. This is to ensure that specified and tested properties (e.g. antistatic properties) are maintained.