1 x-flow Safety Shoe - Black/Yellow
Lightweight athletic safety shoe for light industrial applications. The biomechanical design and high energy return midsole provide a smooth flowing ride making it ideal for workers that cover large distances on foot. Elastic laces provide ease of access and standard laces are provided for those that prefer a locked down fit.
General features
- Lightweight 530 gms only.
- Airport friendly
- uvex x-flow range footbed is made from 87% recycled production waste foam and the top cover fabric is made from 100% recycled PET plastic
Safety features
- 300°C heat resistant outsole
- Slip resistant (SRC)
- Reduced trips and falls
- Insulative composite safety toecap
Comfort features
-
- High energy return uvex i-PUREnrj cushioning system designed to minimise worker fatigue compared to traditional polyurethane foam cushioning
- uvex bionomx uses biomechanics in design to harmonise the interaction of footwear with the ground and the body so that it performs as one system
- uvex climazone optimises breathability and internal air flow
- uvex multiple-fit system offers multiple widths in the same length in majority of sizes
Applications
- Suitable for light to application areas including assembly, warehousing, logistics and light industrial applications.
Product Information
Product Information
Shipping & Returns
Shipping & Returns






1 x-flow Safety Shoe - Black/Yellow
1 x-flow Safety Shoe - Black/Yellow
Lightweight athletic safety shoe for light industrial applications. The biomechanical design and high energy return midsole provide a smooth flowing ride making it ideal for workers that cover large distances on foot. Elastic laces provide ease of access and standard laces are provided for those that prefer a locked down fit.
General features
- Lightweight 530 gms only.
- Airport friendly
- uvex x-flow range footbed is made from 87% recycled production waste foam and the top cover fabric is made from 100% recycled PET plastic
Safety features
- 300°C heat resistant outsole
- Slip resistant (SRC)
- Reduced trips and falls
- Insulative composite safety toecap
Comfort features
-
- High energy return uvex i-PUREnrj cushioning system designed to minimise worker fatigue compared to traditional polyurethane foam cushioning
- uvex bionomx uses biomechanics in design to harmonise the interaction of footwear with the ground and the body so that it performs as one system
- uvex climazone optimises breathability and internal air flow
- uvex multiple-fit system offers multiple widths in the same length in majority of sizes
Applications
- Suitable for light to application areas including assembly, warehousing, logistics and light industrial applications.
Original: $125.36
-65%$125.36
$43.88Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Lightweight athletic safety shoe for light industrial applications. The biomechanical design and high energy return midsole provide a smooth flowing ride making it ideal for workers that cover large distances on foot. Elastic laces provide ease of access and standard laces are provided for those that prefer a locked down fit.
General features
- Lightweight 530 gms only.
- Airport friendly
- uvex x-flow range footbed is made from 87% recycled production waste foam and the top cover fabric is made from 100% recycled PET plastic
Safety features
- 300°C heat resistant outsole
- Slip resistant (SRC)
- Reduced trips and falls
- Insulative composite safety toecap
Comfort features
-
- High energy return uvex i-PUREnrj cushioning system designed to minimise worker fatigue compared to traditional polyurethane foam cushioning
- uvex bionomx uses biomechanics in design to harmonise the interaction of footwear with the ground and the body so that it performs as one system
- uvex climazone optimises breathability and internal air flow
- uvex multiple-fit system offers multiple widths in the same length in majority of sizes
Applications
- Suitable for light to application areas including assembly, warehousing, logistics and light industrial applications.



















