Tenson Womens Himalaya Shell Pants
Introducing the Himalaya 3L Shell Pants for women, perfect for conquering the great outdoors with confidence, even in the roughest weather conditions! Engineered with Tenson’s groundbreaking MPC Extreme technology, boasting an impressive WP 20.000mm waterproof rating and MP 20.000 g/m2/24h breathability, these pants ensure you stay dry and comfortable on every adventure. With a stretchy and reinforced design, including reinforced seat and ankles, they offer durability and flexibility for all your activities. Featuring four convenient pockets for easy access to essentials, adjustable leg endings, and waist, along with practical zips at the ankles and water repellent zippers, these pants are as functional as they are stylish. Plus, with a removable plastic boot hook and the option to zip them to the matching Himalaya 3L Shell Jacket, you're geared up for whatever nature throws your way. And the best part? With the Carbon Capture Certificate, you're not just investing in gear, you're investing in the planet—each pair of pants comes with the assurance that all carbon dioxide released in its production is sequestered in trees, making them a truly eco-conscious choice for outdoor adventures.
Being both wind and waterproof these Himalaya Shell trousers can stand all elements. With a removable footwear hook on the bottom of the legs you can ensure that your shoe stay in place. The Women’s Himalaya Shell Pants are extremely durable with reinforcement in areas which normally wear down quickest.
55% recycled polyester – 45% polyester.
Adjustable waist.
Removable boot hook at bottom of leg.
Water and wind-proof.
3 front zip pockets, one side zip pocket and 1 back zip pocket.
Water repellent zippers.
These trousers are a part of Tenson's carbon zero line meaning all carbon emmissions created in the production have been offset. With them having the Carbon Capture Certificate all carbon emimsions have been offsetted with the planting of tree's. The certificate aims to make this as effective as possible through focused on plantings in certain areas to create new forests and clusters in order to increase the efficiency of the tree's.
