We made the Lamy L waterproof women's outdoor jacket from 3-layer elastic ultra-light fabric that will ensure you comfort both during outdoor activities in nature and during wearing around the city. We've equipped this model with a tightening on the inner hem and a cool underarm ventilation for temperature control and even better wearing comfort. Properties: Quality 3-layer material HUSKY PRO TECH STRETCH 10 000 for water resistance and high breathability. The unique properties of the membrane with water column: 10,000 mm H2O and breathability: 10,000 g/m2/24 h prevent the ingress of water molecules and allow easy moisture removal. Ultra-light clothing that meets all the requirements for low weight and high durability at the same time. DWR's water-repellent outer treatment of the top layer
of the garment material prevents moisture from seeping in and the water immediately drains over the surface in the form of beads.
Di Più
Prodotto più economico
123,99 € | it.factcool.com | In stock
Hai un prodotto migliore nel tuo negozio?
Prodotto più economico
123,99 € | it.factcool.com | In stock
Hai un prodotto migliore nel tuo negozio?
Disponibile in
Cosa dicono i negozi
it.factcool.com
We made the Lamy L waterproof women's outdoor jacket from 3-layer elastic ultra-light fabric that will ensure you comfort both during outdoor activities in nature and during wearing around the city. We've equipped this model with a tightening on the inner hem and a cool underarm ventilation for temperature control and even better wearing comfort. Properties: Quality 3-layer material HUSKY PRO TECH STRETCH 10 000 for water resistance and high breathability. The unique properties of the membrane with water column: 10,000 mm H2O and breathability: 10,000 g/m2/24 h prevent the ingress of water molecules and allow easy moisture removal. Ultra-light clothing that meets all the requirements for low weight and high durability at the same time. DWR's water-repellent outer treatment of the top layer of the garment material prevents moisture from seeping in and the water immediately drains over the surface in the form of beads.