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Hockey

Protection and support

59,90 €

In production, dispatched within 15 days

  • Conçu, breveté et fabriqué en France
  • Produit à la demande, expédié sous 15 jours
  • Matériaux dédiés à cette activité
  • Paiement sécurisé

La semelle

The hockey sole is designed for all skaters keen to push themselves to the limit. Created specifically for these athletes, it keeps the foot in an optimal position whilst ensuring a high level of comfort. What’s more, a dynamic microfibre infuses the foot with energy, reducing effort and promoting optimal rest between each push. The unrivalled expertise of the Waruju workshops reaffirms the importance of the insole as an essential ally for your performance.

The «Hockey» comfort insoles are designed to be the perfect link between the skate and the skater. Rapid foot movements – whether accelerating, turning or braking – require precise control of the blade on the ice. Every time the inner arch of the foot collapses under pressure, the firm support helps you to «feel» your footing and react quickly. Furthermore, the SynthéWool thermal insulation under the forefoot plays a crucial role in absorbing moisture caused by condensation. Two layers of V-shaped resin provide optimal lateral support for the foot. Finally, a cushioning insert under the heel absorbs vibrations, whilst providing sufficient elevation to help shift the centre of gravity forwards.

Caractéristiques techniques

Schéma numéroté de la semelle Hockey, chaque numéro renvoyant à la liste ci-contre.
  1. EVA FOAM: 40 Shore A – Feel – Precision
  2. POLYESTER RESIN «V - Stability» Support - Stability
  3. FIBRE MATERIAL: Absorbent – Isothermal
  4. POLYURETHANE FOAM: 2.5 mm Cushioning – Comfort
  5. FLOWABLE POLYESTER RESIN – Retention

Le relevé complet

Impact under the heel:
  • Reduction in heel pressure during the take-off phase: -7 %
Pathogenic pronations:
  • Reduction in the pathogenic component of the foot’s movement relative to the ground: -42 %
Pressure peaks:
  • Targeted reduction in pressure overloads to improve load distribution. -11 %