Ultralight Low Sock - Women's

Responsible Collection refers to our commitment to sourcing materials in an environmentally friendly and ethical way. This means we prioritize using recycled or repurposed materials, which helps reduce waste and minimizes the environmental impact of our production processes. By choosing products made with Responsible Collection, you’re supporting sustainable practices.

Recycled Nylon is made from discarded materials like plastic bottles and old fishing nets. By using these recycled resources, we help decrease the demand for new plastic production, which in turn reduces waste in landfills and lowers our overall environmental footprint. Choosing products made with Recycled Nylon contributes to a more sustainable future.

Both Recycled Nylon and Recycled Polyester are made from repurposed plastic materials, but they come from different sources and have different properties. Recycled Nylon is often derived from items like fishing nets and fabric scraps, while Recycled Polyester typically comes from plastic bottles. Both materials promote sustainability by reducing the need for virgin resources and minimizing waste.

Ultralight socks are designed to be extremely lightweight, which enhances comfort and performance during activities like running. They reduce the overall weight on your feet, allowing for a more natural feel and improved agility. If you’re looking for socks that won’t weigh you down, Ultralight options are an excellent choice.

In socks, "cushion" refers to the padding or support within the sock. A sock with "none" cushion has a thin design without extra padding, providing a more direct connection to the ground. This can be preferred by some runners who enjoy a natural running experience. If you’re unsure, consider your personal comfort preferences and running style when choosing the level of cushion.

Yes! Socks made from recycled materials, such as Recycled Nylon and Recycled Polyester, not only help reduce waste but also often feature enhanced durability and performance. These materials can provide excellent moisture-wicking properties, breathability, and comfort, making them ideal for active lifestyles while also supporting environmental sustainability.