Noumeo High-top unisex safety shoes

PRODUCT EXTRAS

Noumeo high-top safety shoe: effective, robust and stylish

With Noumeo, you can enjoy high-performance safety footwear that's comfortable, hard-wearing and stylish too! You'll want to wear them even when you're not working!

Designed for professionals in the building, civil engineering and logistics sectors, these safety ankle boots are suitable for uneven, loose or slippery ground.

They meet the requirements of standard EN ISO 20345: 2022 S3 SR FO LG SC CI HI with

upper and shaft made from water-repellent material;
front of the foot reinforced with an SC stone guard;
energy absorption in the heel;
a hydrocarbon-resistant sole with insulation against hot and cold;
a metallic anti-puncture insert;
a composite toe cap to protect the toes.

What's more, the new Noumeo boots also have

a thicker, softer tongue and collar;
a sewn-in gusset at the tongue to limit the intrusion of sand and dirt;
wider loops at the top of the upper to make lacing easier and stronger;
solid and hard-wearing hooks and loops that can withstand a load of over 40kg.

To optimise your comfort over time and when walking, the Noumeo is equipped with a resilient insole, breathable 3D mesh lining and 2 exclusive PARADE technologies: the FLEX and VPS (suspended arch support).

Find out more about Noumeo and all our other shoes for construction on the page dedicated to our Nebraska range!

Features

PARADE technology: VPS, FLEX SYSTEM
Toe: Composite
Anti-puncture plate: Stainless steel
Safety level: S3
Upper: Pull-up leather
Lining: 3D mesh
Outsole: Dual-density polyurethane
Insole: Mesh over PU foam., Removable
Trades: Maintenance, Construction, Industry, Landscaping
Features: CI-HI, FO, SR, LG, SC
Standards: EN ISO 20345: 2022
Weight per shoe: taille 42 : 760g
Form: NEBRASKA 2
Size: 36-48

fiche technique - FR

TECHNISCHES DATENBLATT

Attestation CE

Déclaration de conformité

VPS (suspended arch support)

The shoe's ergonomic shape maintains the natural arch of the foot, following the arch's curve. This support inside the sole itself provides unrivalled comfort, particularly in the case of small or shuffling steps and extended periods of standing still.

Flex system

FLEX SYSTEM technology is suitable for construction work and uneven surfaces. The exclusive design of the sole with its grooves reduces the pressure areas on the sole, providing flexibility and comfort when walking. The shoe moves with the foot and the horizontal and notched grooves under the metatarsal bones, where the foot naturally bends, naturally expel soil as the foot moves forward. You can find our FLEX SYSTEM technology in all our shoes with our NEBRASKA and NEVADA soles.

Green Spaces

Gardener
Landscaper
Tree trimmer

Construction and publics works

Bricklayer
Metal worker
Road works
Pipeline contractor
Crane operator

PRODUCT SHEET ON ENVIRONMENTAL QUALITIES AND CHARACTERISTICS.

Traceability

Stitching country

Inde

Assembly country

Inde

Finition country

Inde

Percentage of recycled materials in the product* (%)

Percentage of recycled material in product packaging

Emballage comportant au moins 70% de matières recyclées

Packaging recyclability

Emballage entièrement recyclable

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*

24,44

Raw material: contribution to the carbon footprint

58%

Manufacturing: contribution to the carbon footprint

26%

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)