The Portwest Total Safety Wellington offers ultimate S5 protection to the wearer. It features a st...The Portwest Total Safety Wellington offers ultimate S5 protection to the wearer. It features a steel toecap and midsole for enhanced safety. The PVC/Nitrile construction ensures it is waterproof and resistant to oil, fuels, and acids, making it suitable for a variety of environments. Key features include a CE certification, anti-static footwear, energy-absorbing heel, 100% waterproof design, and an SRC slip-resistant outsole for preventing slips and trips on ceramic and steel surfaces. The materials used are PVC/Nitrile for both the upper and sole. It meets standards such as ASTM F2413-18, EN 13832-2:2018, EN ISO 20345, and AS 2210.3. The design also includes a kick spur for easy removal and reinforced ankle protection. Its dual-density construction adds durability and resilience. The wellington complies with EN ISO 20345: 2011 S5 and EN 13832-3: 2018 standards, prioritizing safety without compromising comfort for modern workers in tough and hazardous environments.
The Portwest Total Safety Wellington offers ultimate S5 protection to the wearer. It features a steel toecap and midsole for enhanced safety. The PVC/Nitrile construction ensures it is waterproof and resistant to oil, fuels, and acids, making it suitable for a variety of environments. Key features include a CE certification, anti-static footwear, energy-absorbing heel, 100% waterproof design, and an SRC slip-resistant outsole for preventing slips and trips on ceramic and steel surfaces. The materials used are PVC/Nitrile for both the upper and sole. It meets standards such as ASTM F2413-18, EN 13832-2:2018, EN ISO 20345, and AS 2210.3. The design also includes a kick spur for easy removal and reinforced ankle protection. Its dual-density construction adds durability and resilience. The wellington complies with EN ISO 20345: 2011 S5 and EN 13832-3: 2018 standards, prioritizing safety without compromising comfort for modern workers in tough and hazardous environments.