Portwest FE03 Ridge Composite Low Shoe S3S ESD SR FO
Introducing the Portwest FE03 Ridge Composite Low Shoe – a perfect blend of style, safety, and function. This footwear has been meticulously crafted to prioritise your safety and comfort in diverse working conditions. Whether you're in a high-risk environment or just looking for an efficient shoe for everyday use, the FE03 Ridge has got you covered.
Key Features:
-
Composite Toe Cap: Protects your toes against impact and crushing hazards.
-
Pierce-Resistant Composite Midsole: Ensures your feet are safe from sharp objects.
-
ESD Environments Suitable: Specifically designed for those who work in Electrostatic Discharge environments, helping to reduce static electricity.
-
Anti-Static Footwear: Minimises the risk of static electricity build-up, ensuring safety in sensitive areas.
-
Fuel and Oil Resistant Outsole: Durability and protection even in challenging conditions.
-
Water-Resistant Upper: Keeps your feet dry, ensuring you're ready for any weather.
-
Energy Absorbing Seat Region: Enhances comfort and minimizes fatigue during prolonged wear.
-
UKCA Marked and CE Certified: Validates the shoe's adherence to rigorous safety standards.
-
Dual Density Sole Unit: Provides the perfect balance of cushioning and support.
-
Slip-Resistant Outsole (SR): Offers excellent traction, ensuring you remain steady on your feet.
-
Heat Resistant Outsole: Crafted to withstand high temperatures without compromising integrity or comfort.
-
Innovative Wire Lace System: For quick, easy lacing and release, saving you time and hassle.
Materials:
-
Upper: Made with high-quality Nubuck, known for its durability and elegant finish.
-
Sole: Crafted from a combination of PU/PU, ensuring a balance of flexibility and strength.
In essence, the Portwest FE03 Ridge Composite Low Shoe is a versatile and reliable footwear choice that brings together innovative design and unparalleled safety features. Invest in the best for your feet; invest in Portwest FE03
Conforming to the below safety standards:
EN ISO 20345:2022 S3S
IEC 61340-5-1:2016
Original: $110.69
-65%$110.69
$38.74
Description
Introducing the Portwest FE03 Ridge Composite Low Shoe – a perfect blend of style, safety, and function. This footwear has been meticulously crafted to prioritise your safety and comfort in diverse working conditions. Whether you're in a high-risk environment or just looking for an efficient shoe for everyday use, the FE03 Ridge has got you covered.
Key Features:
-
Composite Toe Cap: Protects your toes against impact and crushing hazards.
-
Pierce-Resistant Composite Midsole: Ensures your feet are safe from sharp objects.
-
ESD Environments Suitable: Specifically designed for those who work in Electrostatic Discharge environments, helping to reduce static electricity.
-
Anti-Static Footwear: Minimises the risk of static electricity build-up, ensuring safety in sensitive areas.
-
Fuel and Oil Resistant Outsole: Durability and protection even in challenging conditions.
-
Water-Resistant Upper: Keeps your feet dry, ensuring you're ready for any weather.
-
Energy Absorbing Seat Region: Enhances comfort and minimizes fatigue during prolonged wear.
-
UKCA Marked and CE Certified: Validates the shoe's adherence to rigorous safety standards.
-
Dual Density Sole Unit: Provides the perfect balance of cushioning and support.
-
Slip-Resistant Outsole (SR): Offers excellent traction, ensuring you remain steady on your feet.
-
Heat Resistant Outsole: Crafted to withstand high temperatures without compromising integrity or comfort.
-
Innovative Wire Lace System: For quick, easy lacing and release, saving you time and hassle.
Materials:
-
Upper: Made with high-quality Nubuck, known for its durability and elegant finish.
-
Sole: Crafted from a combination of PU/PU, ensuring a balance of flexibility and strength.
In essence, the Portwest FE03 Ridge Composite Low Shoe is a versatile and reliable footwear choice that brings together innovative design and unparalleled safety features. Invest in the best for your feet; invest in Portwest FE03
Conforming to the below safety standards:
EN ISO 20345:2022 S3S
IEC 61340-5-1:2016
