Portable Water Purifier - 5-Stage Filtration, 99.99999% E. Coli Reduction, Lightweight for Travel and Outdoor Activities

About this item

• Versatile Filtering Modes - The squeezable filter system can not only be used as a set, but also can be used separately. Water filter straw can be used as a replacement for gravity filter to obtain clean water. The collapsible water bottle can store water during your trips.
• Portable & Long Life-Span - This squeezable water filtration system consists of a water filter straw and two collapsible water bottle. It weighs just 3 ounces and fits in the palm of your hand, pocket, gym bag, backpack, survival pack and purse. Both ends of the Upgrade straw filter are removable for cleaning to extend Longer Lifespan ensuring it provides up to 5,000 liters (1,320 gallons) of drinking water. You can take it anywhere you want conveniently.
• 5-Stage Filtration - Our upgrade 5-Stage Filtration system includes a coarse filter screen, double layer pp cotton fiber, coconut shell activated carbon and hollow fiber ultrafiltration membranes. which can redece 99.99999% of escherichia coli (Test result from SGS-CSTC Standards Technical Services Co., Ltd.Ningbo Branch, Test Report NBF21-004693-01, Date: 02 Jun 2021), and improve the taste.
• Outdoor Water Survival Equipment - For those seeking a fast and easy solution for pure drinking water, this gear is perfect. The compact, lightweight filtering system is excellent for activities like hiking, camping, and recreation. It's also a reliable companion for scouting trips, both domestic and international travel, as well as emergency readiness. Please note: It does NOT reduce total dissolved solids (TDS).
• Smaller Pore Size - We all know that the smaller pore size, the higher the filtering accuracy, Our pore size is 0.1 microns which can filter out 99.99999% of the tiny material. Compared to the 0.2-micron filter straw on the market, Membrane Solutions 0.1 microns pore size filter straw maintains the optimum flow rate (up to 1000mL/min) while maintaining filtration accuracy during the squeezing.