Elten Maddox Black-Grey Low safety shoe BOA closure S3 SRC ESD

The Elten 729161 Maddox BOA Black-grey Low is a black, sporty S3 safety shoe with a steel toe. This casual work shoe features a sneaker design, equipped with a BOA Fit system, SRC anti-slip sole, and ESD certification. Made of hydrophobic microfiber/textile, with a breathable lining, metal-free midsole, and Infinergy cushioning system.

• Safety shoe with S3 classification.
• SRC anti-slip sole.
• ESD equipment.
• Made of hydrophobic microfiber/hydrophobic textile.
• Breathable textile lining.
• Padded tongue.
• Full insole SPORTIVE ESD black.
• Metal-free midsole.
• TPU/PU outsole MAXXIMO.
• Steel toe protection.
• BOA closure system.
• Leather-free, sole core made of Infinergy by BASF.

The Maddox BOA black grey Low ESD S3. This sporty low safety shoe impresses with a sleek design and at the same time has everything expected of a modern safety shoe. The steel toe protects the toes against falling objects, and the metal-free midsole protects against hazards from below.

The non-slip Maxximo TPU/PU outsole ensures good grip, even on slippery surfaces, and completes the safety package. The revolutionary sole technology, with BASF's high-tech Infinergy material at its core, ensures optimal wearing comfort. The unique resilience keeps feet comfortable for longer and relieves pressure on the joints.

The wear-resistant yet lightweight upper material made of hydrophobic microfiber and textile keeps feet dry, and the breathable textile lining allows air to circulate inside the shoe. A highlight is the BOA Fit System, which allows the shoe to fit the foot perfectly in no time. The practical rotary closure makes it easy to put the shoe on and take it off and eliminates the need for laces. The ESD-certified safety shoe is available in sizes 35 to 48.

ESD (electrostatic discharge)
You can minimize static electricity by using conductive materials, such as ESD-approved shoes that literally ground you and dissipate static electricity from your body. In this way, you avoid the transfer of static electricity to the material you are working with.