Water To Go Water Bottle

Evans Cycles Price Was £24.00 £29.99 STORE HOMEPAGE First seen in May 2021

Description

About the Water To Go Water Bottle The New Water-to-Go Active bottle combines a unique 3-in-1 filter with a BPA-free bottle, providing a new way of staying hydrated wherever your ride takes you. Simply fill this bottle up from any tap or non-saltwater source in the world and instantly get access to safe drinking water thanks to the unique nanotechnology filter. The filter eliminates up to 99. 9999% of all Bacteria, Viruses, Chemicals and Heavy Metals leaving you with safe, healthy water wherever you are. The Active Bottle is engineered to fit in a wide range of cages and is durable yet squeezable for an improved flow, to allow you to stay well hydrated on the go. The Active Bottle also boasts a hygienic click lid with an integral drinking spout and protective flip cap cover. The click lid ensures that the integral spout stays clean and hygienic without being affected by outside elements or substances. Technology The unique 3-in-1 Water-to-Go filtration technology has been approved by major testing houses across the world including the London School of Hygiene and Tropical Medecine, and BCS Laboratories in Florida, USA. The filter is proven to work instantly and will protect against bacteria, viruses, parasites and microplastics, reduces heavy metals and chemicals like chlorine, and also improves water taste. The filter is effective for 200 litres of water which is the equivalent of around 3 months of constant use at 2 litres a day. Once you have used it for 200 litres, you can get a new filter via the Water-to-Go website. The three technologies used in a Water-to-Go filter are: 1. Mechanical filtration; a very small pore size which stops contaminants passing through. 2. Electrical (by a positive charge) which reduces the pore size even further and attracts contaminants like a magnet, trapping them inside the filter. 3. Activated carbon -our filters use activated carbon without using adhesives that would vastly reduce the carbon's efficiency. Instead the ac