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Construction methods

GTX® BOOTEE

La fabrication unique GORE-TEX® Bootee est basée sur l'assemblage de la tige de la chaussure avec la membrane GORE-TEX® pour en utiliser les propriétés imperméables et respirantes.La fiabilité de la doublure et le système de fabrication garantissent résistance, confort et protection.


1. Soufflet

2. Renfort de tige

3. Rembourrage en PU 6 mm

4. Tige

5. Bottillon GORE-TEX®

6. Bout en caoutchouc dur de 1,8 mm.

7. Semelle de propreté

8. Emplacement de collage de la semelle

9. Semelle en caoutchouc Vibram®

NORWEGIAN WELTED

Travail traditionnel extrêmement résistant, qui nécessite une grande expérience dans l'exécution. Il prévoit une double couture : la première entre la tige et la semelle interne (qui doit être développé spécialement pour ce type de fabrication) ; la seconde fixant la tige et la semelle intermédiaire, qui sera ensuite collée à la semelle externe.


1. Bottillon en GORE-TEX®

2. Matériel de renforcement du bout

3. Couche en feutre léger ·

4. Doublure en cuir laminata ·

5. Bout en caoutchouc collé (Zamberlan® Rubber

Reinfocement System).

6. Couche de PE collée sur la semelle de propreté en TR.

7. Epaisseur du bord de couture

8. Fil de couture

9. Semelle de propreté en TR avec bord pour couture de la tige.

10. Semelle intercalaire en PU de 3 mm qui augmente l'isolation, la flexibilité et la structure.

11. Semelle intercalaire en PU de double intensité, avec longueur réduite au bout pour permettre une épaisseur plus importante à la pointe de la semelle externe en caoutchouc.

12. Semelle externe en caoutchouc, avec bout épais pour garantir le collage et une plus grande résistance à l'usure.

13. Semelle externe en caoutchouc Vibram® avec dessins structurés et pattes multi-directionnelles

CLIMBING

Technicité et perfomance dûes à des études approfondies sur la morphologie et l'anatomie du pied. Le maximum d'ergonomie et d'enveloppement pour garantir des performances de haut niveau, dans toutes les conditions.


1. Tige de construction tubulaire.

2. Protection en caoutchouc durci qui garantit

une protection maximale, aussi bien dans la zone frontale

que celle latérale.

3. Protection particulière en caoutchouc durci qui

favorise l'adaptation totale du pied à la tige

4. Protection en caoutchouc durci qui enveloppe et sert de carapace à la tige.

5. Semelle Vibram® XS Grip: mélange spécial qui

associe une haute adhérence à une tenue optimale.

6. Vue interne de la chaussure: la fabrication tubulaire

consiste dans l'assemblage de la tige avec une couture unique comme s'il s'agissait d'une chaussette.

7. Vue de la semelle externe

DIRECT / INJECTION

1. Tige taillée et cousue.

2. Semelle de propreté en feutre appliquée grâce à une couture Ströbel.

3. Elément anatomique avec fonction stabilisante et anti-torsion,

caractérisé par des trous d'allègement qui permettent aussi

le passage du PU fluide pour associer la semelle et la tige.

4. Tige et élément de stabilisation insérés à l'intérieur

d'un moule à moitié ouvert pour le processus d'injection.

5. Semelle intermédiaire en PU injectée pour relier la semelle externe à

la tige et absorber l'impact du pied sur le terrain.

6. Points d'injection du PU fluide qui se propage

dans le moule.

7. Semelle externe pré-moulée en caoutchouc Vibram® posée sur le fond du moule."

Lining

GORE-TEX® EXTENDED COMFORT FOOTWEAR

Idéale dans des conditions de climat modéré, aussi bien dehors que dedans, et dans le cadre d'intense activité.


· Résistance à l'eau durable.
· Extrêmement respirante.
· Confortable pour les hautes températures."

GORE-TEX® PERFORMANCE COMFORT FOOTWEAR

Idéale pour une ample gamme de conditions et d'activités en extérieur.


· Résistance à l'eau durable.
· Très respirante.
· Offre une protection pour les activités externes.
· Temps de séchage rapides."


GORE-TEX® INSULATED COMFORT FOOTWEAR

Idéale dans les conditions de froid et pour les activités externes dans les périodes hivernales.

· Résistance à l'eau durable.
· Très isolante pour des pieds au chaud et confortables."

SOLES

Vibram technology
1

Vibram® friction pu eva wedge tpu heel micro insert

1. Dual density PU wedge to optimize cushioning: softer in the impact areas and harder layer to provide better overall support. 2. Micro insert on heel to provide better cushioning. 3. Toe bumper for enhanced protection. 4. Large contact toe area for better climbing, grip and durability. 5. Groves for reduced debris build up and self cleaning action. 6. Multidirectional lugs specifically positioned for long wearing traction and stability. 7. Engraved shank for better grip on uneven ground. 8. Undercut heel for secure braking.

Vibram technology
2

Vibram® mulaz evo dual density pu wedge semi pcs

1. Zamberlan® TPU PCS heel insert for step-in crampons. 2. Dual density PU wedge to optimize cushioning: softer in the impact areas and harder upper layer to provide better overall support. 3. Toe bumper for enhanced protection. 4. Large contact toe area for better climbing, grip and durability. 5. Big groves for reduced debris build up and self cleaning action. 6. Large, multidirectional lugs specifically positioned for long wearing traction and stability. 7. Engraved shank for better grip on uneven ground. 8. Undercut heel for secure braking.

Vibram technology
3

Vibram® mulaz evo pu wedge tpu heel micro insert

1. Dual density PU wedge to optimize cushioning: softer in the impact areas and harder layer to provide better overall support. 2. Micro insert on heel to provide better cushioning. 3. Toe bumper for enhanced protection. 4. Large contact toe area for better climbing, grip and durability. 5. Big groves for reduced debris build up and self cleaning action. 6. Multidirectional lugs specifically positioned for long wearing traction and stability. 7. Engraved shank for better grip on

Vibram technology
4

Vibram® teton zamberlan pcs 3 density pu wedge

1. Vibram® Carrarmato deep lugs for multi-traction and durability. 2. Zamberlan® TPU PCS heel insert for step-in crampons. 3. TPU. 4. Large contact toe and heel area for better grip and durability. 5. Big groves for self cleaning action. 6. Undercut heel for secure braking. 7. Shock absorbing PU

Vibram technology
5

Zamberlan® Vibram® 3d

1. Low density PU midsole for cushioning, comfort, balance and control. 2. Toe bumper for enhanced protection. 3. Rockered profile for easy toe off. 4. Large contact toe and heel area for better grip and durability. 5. Big groves for reduced debris build up and self cleaning action. 6. Large, deep lugs specifically positioned for long wearing traction and stability. 7. Undercut heel for secure braking.   

Vibram technology
6

Zamberlan® Vibram® active

1. Back TPU stabilizer for max stability and heel locking. 2. Compression moulded EVA for shock absorption and overall comfort. 3. Dual density rubber for better stability and to help correct touch down. 4. Rockered profile for easy toe off and toe bumper for added protection. 5. Under-heel and resilient internal element to further absorb foot impact. 6. Internal TPU plate to balance torsional rigidity, grant support in the medial part and follow natural foot flexion. 7. Large contact toe and heel area for better grip. 8. Wide grooves for good self cleaning action. 9. Engraved shank for better grip on uneven ground. 10. Multi-directional lugs to enhance traction and toe off.

Vibram technology
7

Zamberlan® Vibram® darwin wl

1. Large contact toe and heel area for better grip and durability. 2. Big groves for reduced debris build up and self cleaning action. 3. Large, multidirectional lugs specifically positioned for long wearing traction and stability. 4. Engraved shank for better grip on uneven ground. 5. Undercut heel for secure braking. 6. Dual density PU wedge to optimize cushioning. 7. Toe bumper for enhanced protection. 8. Rockered profile for easy toe off.

Vibram technology
8

Zamberlan® Vibram® lh07

1. Dual density PU wedge to reduce foot impact with special grooves to help natural foot movement. 2. TPU plate to balance torsional rigidity, support in the central part and follow natural foot flexion. 3. Toe bumper and medial elements enhance protection and foot support. 4. Contact toe and heel area for better grip. 5. Flexion lines for improved rolling, comfort and self cleaning action. 6. Carefully positioned multidirectional lugs to ensure the maximum traction and brake.

Vibram technology
9

Zamberlan® Vibram® litegrip

1. Toe bumper for foot protection and grip. 2. Low density PU midsole for lightness and shock absorbing. 3. Contact toe and heel area for better grip and durability. 4. Large grooves for good self cleaning action. 5. Multi directional lugs with sculptured design to enhance touch down, traction and toe off. 6. Undercut heel for secure braking. 7. Nylon stabilizer.

Vibram technology
10

Zamberlan® Vibram® nortrack

1. Dual density PU wedge to absorbe foot impact on terrein. 2. Toe rubber connection element for safe bonding. 3. Side groove for improved overall flexibility. 4. Undercut heel for better braking. 5. Rockered profile for easy toe off. 6. Large contact toe area, roughened to improve adherence. 7. Multidirectional lugs to grant best degree of traction, braking and grip. 8. Large grooves for self cleaning action. 9. Engraved shank for better grip on uneven ground. 10. Sculpured heel contact area to improve traction and grip. 11. TPU insole

Vibram technology
11

Zamberlan® Vibram® norwalk

1. Dual density PU wedge with specific areas to best absorbe foot impact on terrein. 2. Toe rubber connection element for safe bonding. 3. Lateral engraved patterns for improved overall flexibility. 4. Undercut heel for better braking. 5. Rockered profile for easy toe off. 6. Large roughened contact toe area and undercut shapes to improve adherence and take off. 7. Multidirectional lugs to grant best traction, braking and grip. 8. Large grooves for self cleaning action. 9. Engraved shank for better grip on uneven ground. 10. Sculpured heel contact area to improve traction and grip. 11. Low density TPU insole fot better flexion.

Vibram technology
12

Zamberlan® Vibram® revolve

1. Compression moulded EVA for shock absorption, light weight and overall underfoot comfort. 2. High profile cup sole for added protection and durability. 3. Rear element and toe bumper to enhance protection. 4. Large contact toe and heel area for better grip and durability. 5. Lugs are positioned to ease traction. 6. Undercut heel for secure braking.

Vibram technology
13

Zamberlan® Vibram® speed hiking

1. TPU stabilizer for max stability in heel area. 2. Rear high density EVA insert for greater stability and impact absorption. 3. Lower density EVA wedge for comfort and cushioning. 4. TPU element for stability and torsional rigidity. 5. Dual density rubber outersole. 6. Large contact toe and heel area for better grip and durability. 7. Big groves for reduced debris build up and self-cleaning action. 8. Large, multidirectional lugs specifically positioned for long wearing traction and stability. 9. Toe bumper for enhanced protection. 10. Rockered profile for easy toe off.

Vibram technology
14

Zamberlan® Vibram® speed hiking lite

1. EVA wedge for comfort and cushioning. 2. TPU element for stability and torsional rigidity. 3. Dual density rubber outersole. 4. Large contact toe and heel area for better grip and durability. 5. Big groves for reduced debris build up and self-cleaning action. 6. Large, multidirectional lugs specifically positioned for long wearing traction and stability. 7. Toe bumper for enhanced protection. 8. Rockered profile for easy toe off.

Vibram technology
15

Zamberlan® Vibram® startrek

1. Toe bumper for foot protection and grip. 2. Low density PU wedge for shock absorption, low weight and comfort. 3. TPU element for maximum stability and torsional rigidity. 4. Low denstiy EVA element in the heel area for cushioning. 5. Contact toe and heel area for better grip and durability. 6. Large grooves for good self cleaning action. 7. Multi directional lugs with sculptured design to enhance touch down, traction and toe off. 8. Undercut heel for secure braking.

Vibram technology
16

Zamberlan® Vibram® trail mate

1. Toe bumper for enhanced protection. 2. EVA midsole for lightness and shock absorption. 3. Engraved shank for better grip on uneven ground. 4. Rubber outersole feature hollowed heel central part to reduce weight. 5. Multiple grooves in the forefoot area for improved flexibilty and easy toe off. 6. Multi-directional lugs with sculpured design to enhance touch down, traction and toe off.

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certifications

  • Construction method using two stitches to fasten together the upper, the insole, the welt and the midsole. Main benefits are softness, flexibility and comfort.

  • Construction method using two stitches to fasten the upper, first to the insole and then to the midsole, ensuring a longer duration of the shoe.

  • An exclusive method from Zamberlan to shape the upper with special patented moulds.

  • A Full Grain Leather Lining is extremely comfortable to wear. Provides great fit and rapid moisture absorption. Not recommended for use in wet areas because it doesn t provide waterproofness.

  • World famous microporous membrane with specific characteristics of water resistance and breathability.

  • Special tanning treatment to enhance water-repellence, resistance and durability, patented by Zamberlan .

  • Some models of the Zamberlan footwear collection are produced in the European Community.

  • The high-end styles are all hand crafted in Italy.

  • Certification issued by the Italian institute CIMAC that explains the excellent thermal insulation of the boot.

  • SEMI-Pro Crampon System features TPU insert in the heel combined with a rigid midsole.

  • Special rubber reinforcement applied to the upper, using an exclusive technical method developed by Zamberlan .

  • Thanks to their cemented construction or double stitched construction, this product can be resoled as many times as required.

  • SEMI-Pro Crampon System features TPU insert in the heel combined with a rigid midsole.

  • Zamberlan cares about nature supporting it using eco-friendly materials.

  • Superfabric is an abrasion resistant technical fabric, created with a base fabric overlaid with tiny, hard guard plates in a specific pattern.

  • It s the brand worldwide known for quality, durability and high performance rubber outsoles.

  • Special construction and design method, combined with best components to optimize comfort and breathability.

  • A unique stabilizer engineered by Zamberlan to achieve the best combination of torsional stability and flexion at the foot s natural flex point.

  • Use of different types of shock absorbing materials with high cushioning and stabilizing effects.

  • Zamberlan Flex-STM (patent) allows a natural flexure of foot and ankle, giving great lateral support.