Women's Quandary Pants - Regular

Nylon is one of the strongest plastics we use in our products. When we need a super-lightweight fabric, nylon is vital for its strength. But nylon is a petroleum-based material, and producing it has a high cost in energy and greenhouse gases. Incorporating as much recycled nylon as we can lessens our dependence on virgin petroleum as a raw material source, helps eliminate discarded material and reduces greenhouse gas emissions from manufacturing.

Every textile Patagonia uses is the result of a complicated manufacturing process, making it difficult for them to evaluate all the raw materials, dyes and chemical auxiliary materials each of their suppliers use. bluesign® technologies, based in Switzerland, helps with this analysis, working at each step in the textile supply chain to assess and approve chemicals, processes, materials and products that are safe for the environment, workers and customers.

Old, frayed and torn fishing nets are discarded partly because of a lack of end-of-life solutions. Bureo®, a company based in California, is trying to fix this and to provide a responsible alternative to virgin plastics by working directly with fishing communities in South America.

Water repellency doesn’t just keep you comfortable, it keeps you alive. But for decades now, the coatings used in apparel to improve water-repellency have relied on per- or polyfluorinated chemicals, which contain fluorine and are most often referred to by their acronyms: PFCs, PFOAs or PFAS. This class of “forever chemicals” accumulates in air, water, food and even our bodies, and they raise serious health concerns, according to the Environmental Protection Agency. Patagonia is converting all of their durable water-repellent membranes and finishes to non-fluorinated alternatives by 2025.

An ultraviolet protection factor (UPF) treatment applied to a fabric or garment increases the ability of the material to prevent the sun’s harmful UV radiation from reaching your skin. We can create that layer of protection by adding special chemistry to the yarn itself, by altering the weight/density of the fabric’s construction or by adding a topical chemical treatment to the fabric.