¿Necesitas más stock? Contacta con nuestros agentes
Tenga en cuenta que, debido a la calibración de la pantalla, el color de la imagen del producto puede no coincidir exactamente con el color real del producto.
Lane Seven LS18002
Peso
13.44 oz.
7.96 oz. (270 GSM), 30 singles
55% Regenerated Cotton, 45% Regenerated Polyester
100% regenerated yarn. The yarn is composed of post-consumer waste, as well as scraps left over from the cutting stage of the garment manufacturing process. Because the yarn is repurposed, the material forgoes the dying stage, which reduces energy consumption by approximately 80%, water consumption by approximately 75%, and chemical consumption by approximately 90%.
Two-panel hood with fleece lining
Double-needle topstitch on all seams
Dyed to match drawcords with tipped ends and metal eyelets
Side-seamed
Lane Seven is a proud member of the Better Cotton Initative. Cotton products from Lane Seven support more sustainable cotton farming
By implementing water saving techniques in the dying process of Lane Seven fleece, the company is able to save 18 liters of water per garment
80% of Lane Sevens fleece is produced in plants powered by renewable energy
55% Regenerated Cotton, 45% Regenerated Polyester
100% regenerated yarn. The yarn is composed of post-consumer waste, as well as scraps left over from the cutting stage of the garment manufacturing process. Because the yarn is repurposed, the material forgoes the dying stage, which reduces energy consumption by approximately 80%, water consumption by approximately 75%, and chemical consumption by approximately 90%.
Two-panel hood with fleece lining
Double-needle topstitch on all seams
Dyed to match drawcords with tipped ends and metal eyelets
Side-seamed
Lane Seven is a proud member of the Better Cotton Initative. Cotton products from Lane Seven support more sustainable cotton farming
By implementing water saving techniques in the dying process of Lane Seven fleece, the company is able to save 18 liters of water per garment
80% of Lane Sevens fleece is produced in plants powered by renewable energy
