Cat Water Fountain Ion Resin Cotton Cats Water Activated Carbon Filter Pet Fountain Filters Replacement Cotton Filter Drinker 

Feature:
1. Improved Water Quality: This cat water fountain filter provides multiple filtration layers that remove impurities, heavy metals, and chlorine from your pet's drinking water, resulting in a refreshing and sweet taste that your cat will love.
2. Multiple Filtration Layers: The high-density micro-porous filter cotton, activated charcoal, and ion exchange resin in this filter effectively remove hair, debris, odor, and heavy metal ions to provide your cat with clean and safe drinking water.
3. Effective Bacteria Prevention: According to tests, bacteria can grow rapidly in a cat's water bowl if left for more than 24 hours, which can affect your cat's digestive system. The Younice antibacterial filter uses RO membrane technology to effectively eliminate 99% of bacteria, ensuring clean and healthy water for up to 5 days.
4. Ion Exchange Resin Technology: Our filter uses ion exchange resin technology to adsorb various anions and cations in water, purifying it to a greater extent. When dry, the ion exchange resin does not have capillary pores inside, but when it absorbs water, it swells and forms very fine pores between the polymer chains, producing molecular adsorption through van der Waals forces.
5. Multiple Styles and Sizes: This filter comes in different styles and sizes to fit your cat water fountain's specific model. Be sure to choose the right size and style for your pet's needs.

Specification:
Type: cats
Material: high-density microporous filter cotton, activated carbon, ion exchange resin
Style: (optional)
WF070/WF180 190 filter element 1 set
WF080/090/240/250 filter element 1 set
Filter cartridge for WF130 model
Filter cartridge for WF150/200 model
Filter cartridge for WF160/040/120 model

Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.