Quick Description Brew a delicious cup of coffee without the waste! These reusable coffee filters are a sustainable, zero-waste alternative to paper filters, handcrafted from certified organic cotton. These reusable coffee filters can be used with a wide variety of coffee brewers from pour over to drip to traditional cones and baskets of various sizes. Check out the nut milk option! Designed for flavor and durability, these coffee sock filters deliver a rich, clean cup while reducing landfill waste. Each filter can be used approximately 500 times, replacing hundreds of disposable paper filters. Alternative To An economical version to the standard paper filter. The reusable coffee filters by CoffeeSock are just 25% of the premium paper filter’s cost. Each pack lasts about 1 year and replaces approximately 500 paper filters. Care Instructions Brew, rinse, hang to dry! Oil buildup will increase with ground contact time. To remove oil build up we suggest boiling your filter every 6-8 weeks (or as is necessary) to remove any oil build up. Boil for 10 minutes in fresh water. Repeat if build up is heavy. Add a teaspoon of baking soda or distilled vinegar to the boil to freshen, as is necessary. Ingredients / Materials Made from GOTS certified organic cotton, non toxic. About the Brand CoffeeSock began to craft filter in 2011. We have focused on creating a premium filter made from sustainable materials at an economical cost. There is not compromise with CoffeeSock. A richer, cleaner brew, an honest product at economical price, a healthier planet and rewarding ritual. Made by hand in Austin, Texas. All filters are sewn and packaged by happy human beings making a fair and living wage. CoffeeSock is dedicated to keeping manufacturing in the US and while it is currently not possible to obtain the 100% of the fabric that we need as US made, the team is continually seeking that opportunity. End of Life Each sock lasts for about 500 uses. Once end of life comes, you may place in compost. Cutting the sock into 1 inch pieces will hasten decomposition.
