Page 86 - CATALOG JALLATTE 2024 EN
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TECHNOLOGIES











                    PU2D/Elastopan by BASF ®

                    This triple density sole made with a revolutionary elastomer used for the production of
                    antifatigue mats distributes the plantar pressures; it is able to absorb and relieve body stress
                    by reducing the traumas associated with a prolonged static working position. Ensures high
                    performance in terms of comfort, balance and shock distribution.










                                                              ®
                    TRIFTANE X is equipped with a  new Vibram  sole, which guarantees more  durability and
                    better resistance to slipping and on hot surfaces.















                           Decades of experience and excellence in sport and mountaineering at the service of
                           the working world today. The Vibram  rubber sole is suitable for every situation, light
                                                             ®
                           but extremely resistant and performing even in extreme conditions.











                                 The special bi-density polyurethane SOFTANE is designed to achieve the perfect
                                 balance between comfort, lightness and durability. The midsole is developed
                                 with a density such as to ensure flexibility and absorption of vibrations and
                                 impacts with the ground, while the outsole is designed to resist to abrasion,
                                 hydrocarbons, oils and grease.










                                       ®
                            The Vibram  Triftane sole made from high-performance rubber guarantees better
                            mechanical resistance to abrasion, detachment and tears. It brings a higher level of
                            grip to reduce the risk of slipping, but also better protection against hot floors (HRO
                            certification/resistance to hot contact up to 300°C).



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