Blewis Unisex high-top safety sneakers

PRODUCT EXTRAS

Blewis : the modern, high-performance ESD safety sneaker

Blewis is part of a new generation of safety sneakers with a sportswear look, designed for working men and women looking for reliable, comfortable and affordable equipment. Available in two dynamic colors, the unisex high-top safety shoe combines everyday comfort with technical requirements.

Compliant with EN ISO 20345:2022+A1:2024 S1PS SR FO LG SC CI HI ESD standard, the Blewis safety sneaker offers comprehensive safety for environments such as light industry, logistics, retail, distribution and building services. It is equipped with a composite toe cap and a fabric anti-puncture sole. Its dual-density polyurethane outsole, featuring Parade BE FLEX 2.0 technology, providing enhanced flexibility when walking.

The breathable 3D mesh upper is soft and pleasant to the touch, and reinforced at the front with an SC-rated TPU stone guard for greater resistance to wear and tear. The generously padded ankle support, combined with a gusseted tongue, guarantees a snug fit.

Inside, the ultra-soft insole provides pleasant cushioning from heel to toe. When you choose the Blewis safety sneaker, you are choosing a comfortable, versatile shoe designed to support you effectively in your day-to-day work – without superfluous features, but with the essentials under control.

Features

PARADE technology: BE FLEX 2.0
Toe: Composite
Anti-puncture plate: Textile PS
Safety level: S1PS
Upper: ventilated mesh
Lining: 3D mesh
Outsole: Dual-density polyurethane
Insole: Mesh over PU foam. Removable.
Trades: Maintenance, Industry, Logistics, Retail - Distribution, Finishing work
Features: Non-magnetic, ESD (electrostatic dissipation), CI-HI, FO, SR, LG, SC
Standards: EN ISO 20345:2022+A1:2024
Weight per shoe: Size 42: 605 g
Form: B-CROSS
Size: 35-48
Labels & certifications: DGUV 112-191 SECOSOL

Fiche Technique - FR

Technical Datasheets

TECHNISCHES DATENBLATT

Attestation CE

Déclaration de conformité

BE FLEX 2.0

The BE FLEX 2.0 technology is suitable for jobs requiring flexibility and increased walking comfort, such as logistics. The lateral return of the sole at the front of the foot is reduced to facilitate foot flexion. In addition, the sole has an exclusive design with 3 transverse grooves for optimal rolling and flexibility of the forefoot. Our BE FLEX 2.0 technology can be found on our RACING models.

Logistic

Warehouseman
Trucker / Driver
Forklift driver
Order porcessor

Trade / Distribution

Sales agent
Department supervisor

Finishing

Plasterer
Painter
Tile layer
Plumber
Electrician
Heating engineer

Industrial trade

Chemical industry
Metal industry
Automotive
Plastics

PRODUCT SHEET ON ENVIRONMENTAL QUALITIES AND CHARACTERISTICS.

Traceability

Stitching country

China

Assembly country

China

Finition country

China

Percentage of recycled material in product packaging

Packaging with at least 70% recycled content

Packaging recyclability

Fully recyclable packaging

Life Cycle Assessment (LCA)

At Parade, we carry out a life cycle analysis to measure the environmental impact of each of our models: from the extraction of raw materials, manufacturing, use, logistics, right through to the end of the product's life. Our environmental impact calculators, developed in-house using ADEME's EMPREINTE® database, have been certified by AFNOR for textiles and validated by the Eco-design Cluster* for footwear.

*The Eco-design cluster is the national center for eco-design and life-cycle performance. Its expertise is recognized nationally and internationally by ADEME, the French Ministry of the Environment, AFNOR, ISO and the UN-environment.

Carbon footprint (in kg CO2 equivalent)

Kg/CO2 eq*

21,41

Raw material: contribution to the carbon footprint

63%

Manufacturing: contribution to the carbon footprint

20%

Transport: contribution to the carbon footprint

Distribution: contribution to the carbon footprint

Use: contribution to the carbon footprint

End-of-life: contribution to the carbon footprint

Water pollution (in kg Phosphate equivalent)