Naqua S7S safety boots from PARADE combine performance, comfort and modern style. Part of our Nebraska range, they are designed for men and women in the construction sector who want reliable, technical footwear that is comfortable to wear, even in the most demanding conditions.
Certified EN ISO 20345: 2022 +A1 2024 with S7S SR FO SC LG CI HI markings, Naqua high-top safety shoes guarantee a high level of protection against all major risks:
The front of the shoe is covered with an SC-rated PU stone guard that reinforces the areas most exposed to wear and tear.
Made from water-repellent pull-up leather with a new design structure, WR rated (Water Resistant) and featuring PARADE's ULTRA DRY technology, Naqua safety boots are waterproof. Resistant to water penetration for up to 24 hours, they provide effective protection for your feet on wet worksites or muddy ground and during bad weather in outdoor environments.
Designed with your comfort and mobility in mind, Naqua shoes feature a soft high-top upper and a padded insole. They incorporate:
The tongue opening has been redesigned to make the shoe easier to put on. The new hooks and flat nylon laces hold the foot firmly in place and provide greater long-term durability.
Comfortable and pleasant to wear, Naqua high-top safety shoes stop your feet from getting wet or overheating, even after a full day in the field.
In keeping with the design of our Nebraska range, Naqua unisex S7S safety boots also stand out for their assertive, modern outdoor look, meticulous finishings and high-quality materials.
Notre nouvelle technologie PARADE combine notre membrane imper-respirante STAY DRY avec une construction spécifique et une réduction du nombre de coutures sur l'ensemble de la chaussure. L'association de ces 3 éléments permet une résistance à la pénétration de l'eau pendant 24h soit 18 fois plus longtemps que les exigences de test. La membrane STAY DRY est composée à 70% de polyester et 30% de polyeter. Elle est garantie sans PFAS.
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 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.
PRODUCT SHEET ON ENVIRONMENTAL QUALITIES AND CHARACTERISTICS.
Traceability
Stitching country
India
Assembly country
India
Finition country
India
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*
25,57
Raw material: contribution to the carbon footprint
59 %
Manufacturing: contribution to the carbon footprint
26 %
Transport: contribution to the carbon footprint
6 %
Distribution: contribution to the carbon footprint
4 %
Use: contribution to the carbon footprint
0 %
End-of-life: contribution to the carbon footprint
5 %
Water pollution (in kg Phosphate equivalent)
KG P eq.*
0,000548
Raw material: contribution to eutrophication
98 %
Manufacturing: contribution to eutrophication
0 %
Transport: contribution to eutrophication
0 %
Distribution: contribution to eutrophication
0 %
Use: contribution to eutrophication
0 %
End-of-life: contribution to eutrophication
2 %
* Based on a size 37 for women and a size 42 for men and unisex.
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