Six Layer Activated Carbon Water Faucet Filter. BUY 1 GET 1 FREE (Pack of 2)

BUY 1 GET 1 FREE

"Say Goodbye to Impurities and Enjoy Clean, Safe Drinking Water with Six Layer Activated Carbon Water Faucet Filters"

MADE UP OF:

6-LAYER FILTRATION: PVA non-woven + zeolite + maifan stone + calcium sulfite + natural coconut shell activated carbon + PVA non-woven, With stronger filtering.

IMPROVE WATER QUALITY: Removes heavy metals from chlorine and other impurities in the water, improves the quality of the water, and makes the water sweeter and safer.

BENEFITS:

FAUCET WATER FILTER: The built-in layered filter can separate coconut-activated carbon, zeolite, PVA non-woven fabric, calcium sulfite, and rubber, and is used to purify hard water and well water.

How to use?

Follow the below steps 

Desctription

A Six Layer Activated Carbon Water Faucet Filter is a type of filter that is designed to be attached to a water faucet in order to remove impurities and contaminants from the water that comes out of the faucet. The filter is typically made up of six different layers of activated carbon, each with a different function.

The first layer is usually a pre-filter that removes larger particles and sediment from the water. The second layer is an activated carbon filter that removes chlorine, bad tastes, and odors from the water. The third layer is a secondary activated carbon filter that further purifies the water and removes any remaining impurities.

The fourth layer is typically a KDF filter, which removes heavy metals like lead, mercury, and copper from the water. The fifth layer is a ceramic filter that removes any remaining bacteria and viruses from the water. The sixth and final layer is another activated carbon filter that adds a final layer of purification and removes any remaining impurities.

Overall, the six-layer activated carbon water faucet filter provides a high level of water purification, making it a popular choice for households that want to ensure that their drinking water is clean, safe, and healthy.