ALL TRACK AIR FEATURES
All Track Air ski boot Liners are part of the All Track Collection. Perfect solution for comfort, lightness and support for Alpine Touring and Telemark compatible.
All Track Air Liners integrates Air Tech System, increasing flux and thermal foot regulation during long touring use and allows quick drying.
Made of high quality EVA MD ® foam and EVA PERF ® foam, these custom liners provide excellent fitting properties and light weight setup with 209g only per Pairs.
Touring and downhill performance are well balanced.
Compatible for as a ski liner replacement to a wide range of Classic Touring Boots Mid/High cuff, they will give a new breath to your boots.
Palau ski boot liners are 100% adaptable by heat molding to optimize comfort and shape.
Our Liners are available in sizes Mondo Point from 22 to 32.
FABRICS – TECH FABRICS 100% EUROPEAN
Made in France Manufacturer Palau will always pay attention to the choice of its fabric supply and EVA Foam materials.
The Boot Liners of the All Track and Tour Lite collections, are using European origin (Italy, Spain, Germany, France) technical textiles, REACH compliant and meet the European FR / CE standards.
Palau selects only Cordura or Lycra type technical polyamide with a high percentage of elastane to guarantee high resistance and precise mold result in your ski boots.
FOAM – EVA FOAM 100% HIGH TECHNOLOGY
Palau have developed its one range of high standard EVA Foams produced by the leading European manufacturer of innovative high-performance foams.
On-going improvement and responsive foam systems to the disciplines and performance.
Ski Liners from the All Track and Tour Lite collections use EVA SD ® foam, EVA MD ® foam, EVA PERF ® foam systems that are dedicated to Ski Touring Liners.
Light System EVA SD ® foam optimize the weight and performance of material for upgraded sensation in approach, ski mountaineering, running.
Comfort System EVA MD ® to guarantee a high resilience and a perfect foot shaping, comfort in action.
Air System EVA PERF for the best thermic performance, air flux and heat stability.