Jalas Zenit 1738 safety shoe BOA closure S3 SRC ESD

Jalas Zenit 1738 low-cut shoe with S3 safety classification and an SRC anti-slip sole. ESD equipment and BOA closure. PU-coated split leather upper with water-repellent properties and an excellent fit. Ventilated insole, oil-resistant outsole, and antistatic properties. Features an aluminum toe cap, plasma-treated composite puncture protection, and double impact protection zones in PORON XRD®.

• Safety rating S3 and SRC anti-slip sole.
• PU-coated split leather upper with water-repellent properties.
• ESD equipment and BOA® Fit System.
• Outsole is oil and heat resistant.
• Features an aluminium protective toe cap.
• Perforation protection made of plasma-treated composite (PTC).
• Has antistatic properties.
• Double impact protection zones in PORON XRD®.
• ProNose toe reinforcement.
• Ergothan shock absorption system.
• Available in sizes 36 to 47.

PORON® XRD®
PORON® XRD® - A material that is very soft and comfortable, with unique shock-absorbing properties. In its resting state, it is flexible, and it hardens to form a protective shell when under pressure or subjected to external impact. Poron® XRD® absorbs up to 90% of the impact energy, reducing pressure and shocks. The absorbed energy is greater because the applied pressure is distributed over a large surface area. As a result, the pressure dissipates quickly and the rebound effect is minimized.

BOA® Fit System
The BOA® fit system delivers fit solutions specifically designed for performance and can be found in products across various industries (including sports, workwear, and medical apparel). It consists of three integral components: a micro-adjustable dial, super-strong lightweight laces, and low-friction lace guides. Each unique configuration is designed for a fast, effortless, precise fit and is backed by the BOA® Guarantee.

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 away from your body. This way, you avoid the transfer of static electricity to the material you are working with.