Men’s Hiking Sandal Shoes NH900 Fresh
Store Availability
Store availability
BENEFITS
Anatomic design
Removable insoles so you can insert your orthopaedic insoles
Lightweight
Each shoe weighs only 320 g in size 43 (UK size 9)
Reduced chafing
Reduction of seams inside | Can be worn without socks
Abrasion resistance
Synthetic detailing on the front foot for resistance against abrasion in nature
Grip
Composition & design of the sole for good grip on trails
Cushioning
EVA midsole | Thickness means you feel the stones less
Fitting comfort
5mm-thick ergonomic, breathable insole
TECHNICAL INFORMATIONS
Resistant soles for walking trails
Our hiking boots are designed for use on hiking trails. Indeed, the components of the sole and upper of our boots are selected and tested to ensure that they are as well suited as possible to hiking on soft trails (e.g. dirt paths in forests) or stony trails (rocky coastal footpaths). Road use (tarmac) may lead to premature wear on your boots and cause discomfort. They are not suitable for mountain walking.
Tested for optimal durability
Laboratory tests were conducted to test the following elements: tearing eyelets and straps, gluing, toxicology, UV resistance, abrasion resistance of outsole and upper components, accelerated ageing.
These tests allow us to improve the quality of our products and prevent premature wear of our hiking shoes.
Which pair of socks are suitable for Quechua NH900 Fresh shandals?
You can wear these shandals without socks. However, if you do want to wear some, we recommend choosing a pair of polyamide, cotton-free socks. Polyamide is a fibre that is specially chosen for its capacity to eliminate moisture. We therefore recommend Newfeel WS500 Fresh socks.
COMPOSITION
composition
Outer sole of: 50.0% Ethylene Vinyl Acetate, 50.0% Rubber; Upper of: 50.0% Polyurethane, 30.0% Polyester, 20.0% Polyester; Lining and sock of: 100.0% Polyester
Tips for storage and maintenance
HAND WASH. MAXIMUM TEMPERATURE OF 40°C.
Storage tips
Keep your boots in a dry, dark and, if possible, ventilated place, and away from sources of heat.
Restrictions on use
Do not use in salt water
TESTS AND WARRANTY
Test product
It’s in France, at the foot of Mont Blanc, that our design team conceives, designs and creates Quechua products. We test them in the field with other hikers, to check their comfort and durability. Fontainebleau forest, Brittany or in Corsica for example. We go to as many different places as possible, in all weather conditions. This creates plenty of opportunities for discussions to get your feedback which is used to plan our future products!
Warranty
2 Years
Agree by
These sandals were tested and approved by a dozen or so testers in June 2021 in the Var on the Côte d'Azur. In order to meet your requirements, Quechua products are tested in the wild in the conditions you encounter during your hikes. Our teams, as well as a panel of testers (made up of partners, ambassadors and customers), test the products throughout their development right up until they are marketed.
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With ecodesign, we reduce the environmental impact of our products.
Analysing the product's environmental footprint enabled us to identify the most impactful stages of its life cycle. Thanks to this approach, our design teams were able to develop this product while significantly reducing its environmental impact.
Ecodesign actions on this product
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ProcessDope dyed
Product made from 2% dope dyed yarn
Using this mass-dyeing process enables us to reduce CO2 emissions linked to the production of dyed textiles by at least 46% compared to conventional dyeing.
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MaterialRecycled polyester
Product made from 12% recycled polyester
Using recycled polyester rather than conventional polyester reduces the CO2 emissions linked to the material by at least 16%.
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MaterialRecycled rubber
Product made from 4% recycled rubber
Using recycled rubber rather than conventional rubber reduces the CO2 emissions linked to the material by at least 8%.
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MaterialRecycled Polypropylene
Product made from 1% recycled polypropylene
Using recycled polypropylene rather than conventional polypropylene reduces the CO2 emissions linked to the material by at least 51%.