|  | Natural rubber
Or latex originates from the rubber tree. Its solid molecular structure ensures high resistance to wear and tear while preventing incisions from deteriorating. It is comfortable, supple and retains its elasticity even in freezing temperatures. |
|  | GOMMA PLUS®
Is a laboratory developed supple natural rubber mix designed for long-term resistance to external aggression such as the common problem posed by salt, abrasion or manure. GOMMA PLUS ® is also resistant to ozone and storage-related ageing. |
|  | Neoprene® lining
Used to make wetsuits, Neoprene ® is undoubtedly the best insulating material known to man. High-performance material comprised of polyethylene foam enclosing microscopic air bubbles. |
|  | Leather lining
Selected from the best fullgrain leather, this material offers high standards of comfort coupled with excellent insulation. It absorbs perspiration and prevents feet from overheating on long walks. (please note: for the sailing boot Racer GTX leather outside only, not inside). |
|  | Cambrelle® lining
Quick drying polyamide non-woven material with a texture which enables excellent absorption of perspiration. Used for lining and insole, soft and gentle to the touch. |
|  | Sanitized®
Aigle's lining treatment process is patent pending. Sanitized® T90.04 is an antibacterial treatment ensuring optimum hygiene. It remains consistently effective even after washing. |
|  | Jersey cotton lining
Natural material which is soft and pleasant to touch and wear. |
|  | Gore-Tex®
Is a waterproof and breathable membrane, which allows water vapors to evaporate while preventing rain droplets from entering . |
|  | Advantage
Four camouflage patterns in one for meshing in different terrains. |
|  | Slush
Patented Aigle process for PVC. The result is a material which is 100% waterproof, long lasting and maintenance free. |
|  | Outlast®
The technology employed in Outlast® products is known as temperature regulating phase change materials (PCM) and was developed for NASA, in order to protect the astronauts from the fluctuations of temperature in space. For the Parcours Outlast®, the coating is applied to the entire interior of the boot, in particular to the area where 70% of perspiration is generated (under the foot). This coating contains microcapsules that absorb excess heat, store it and return it when it is needed. The walker therefore neither becomes too hot or too cold and this comfortable temperature is maintained in many different environments and at varying levels of activity. Even after many hours of walking, the wearer will notice a reduction in perspiration levels and as a result, reduced heating or cooling of the skin, ensuring constant comfort during activity as well as during periods of rest. For more information about Outlast® technology, please visit: Outlast |
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