Chaussures évolutives axées sur le développement durable
JALAS améliore deux collections populaires en incorporant des matériaux durables, vous garantissant le confort et la protection qui ont fait notre renommée tout en réduisant l’impact environnemental.
Chez JALAS, nous nous engageons à améliorer continuellement nos collections de chaussures en intégrant des choix de matériaux plus responsables sans compromettre le confort, la protection ou les performances. Nos très prisées chaussures de sécurité JALAS Exalter sont désormais fabriquées avec des matériaux plus durables, offrant l’ergonomie et la durabilité qui font la renommée de la marque. La collection JALAS SpOc présente également des améliorations durables, avec des modèles à enfiler ultra-confortables, fabriqués à partir de matériaux recyclés et d’origine biologique. Au fur et à mesure que nous faisons évoluer nos collections, JALAS s’assure que chacun de vos pas est plus sûr, plus confortable et meilleur pour la planète.
JALAS® Exalter – Sustainable Safety Shoes
Best-Selling Safety Shoes Now with Responsible Material Choices
The popular JALAS Exalter collection expands with two new models crafted from responsibly sourced materials, offering the same comfort and ergonomics that have made Exalter a customer favorite. These lightweight safety shoes feature a shock-absorbing sole system with a PU midsole and a multi-layered insole using Poron® XRD®, absorbing up to 90% of impact energy.
Designed for Comfort and Performance
Exalter’s sock-like construction and foam-cushioned collar ensure ankle comfort, while the BOA® Fit System allows quick, precise adjustments. The BOA® dial is side-placed to prevent pressure when kneeling.
Responsible Material Choices
- Durable microfiber upper with 20% bio-based content derived from corn.
- Vibram® Ecostep outsole made with 30% recycled nitrile rubber.
- JALAS® EcoFlex nail penetration insert made from GRS-certified textiles, providing protection and flexibility.
Sustainable BOA® Fit System
The BOA® Fit System includes recycled materials and comes with a lifetime guarantee, enhancing its sustainability.

Ideal for:
Light to medium-heavy industries, indoor/outdoor, dry or damp environments like manufacturing, construction, automotive, logistics, and warehouse settings.
JALAS® Occupational Shoe – Ultra-Light and Sustainable
Exceptional Comfort with Sustainable Materials
JALAS introduces a revolutionary occupational shoe featuring a slip-on sock construction for unmatched comfort. The ultralight, seamless knit upper provides excellent breathability, making it ideal for warm conditions. Predominantly made from recycled and bio-based materials, these shoes offer soft support while conserving natural resources.
Ultra-Light & Breathable
Weighing under 300g (size 42), the breathable knit construction ensures maximum comfort and flexibility.
Shock Absorption & Grip
The lightweight EVA midsole and Poron® XRD® absorb up to 90% of impact energy, while the outsole is certified for high slip resistance.
Responsible Material Choices
- Upper and pull straps are 100% recycled polyester from PET bottles.
- Midsole is made from 50% sugar cane-based EVA.
- Water-based, biodegradable ink ensures non-toxic coloring.

Ideal for:
Light indoor industries such as healthcare, retail, HoReCa, office work, and service segments.

Shoe Box Materials
Our new shoe boxes are crafted from recycled, fully recyclable cardboard. Both the box assembly and printing use materials that minimize environmental impact.
Vibram’s Ecostep outsole
Watch the video to learn more about: Vibram’s Ecostep outsole, made with at least 30% recycled nitrile rubber and offering high grip on slippery surfaces.
JALAS Exalter 9935
New sustainable generation
Our best-selling breathable safety shoe, now made from more sustainable materials.
JALAS Exalter 9995
New sustainable generation
Our best-selling water repellent safety shoe, now made from more sustainable materials.
JALAS SpOc 5312
Ultra light and soft from sustainable materials
The knitted construction makes the shoes very breathable and extremely light.


