ECO Washing Laundry Ball

Do you ever wonder how laundry detergent is capable of removing dirt from your clothes?

The answer is simple. Detergent uses chemicals to break down water allowing the water to penetrate and lift dirt. Through a chemical process, detergents make surfaces more susceptible to water, and increase the pH levels, making it easier for the water to remove the dirt from the fabrics. The downside is that most of the chemical ingredients used to achieve this are toxic to your health and the environment. When you wash your clothes 8 times with detergent your clothes become 2% heavier from the chemicals it absorbs. Your skin, which is your largest organ, is in direct contact with all these chemicals which is not good for your skin. The BE:Hydration Laundry Ball uses an innovative technology designed to clean fabrics through a physical process instead.  On a molecular level, the water is entirely affected by its special mineral ceramics, offering a natural and powerful wash.

Innovative. Smart. Powerful.

Restructured Water Clusters
One of the key features of the laundry ball’s technology is its ability to restructure water “clusters” (molecule groups). Water molecules come in clusters rather than single molecules. Tap water has very large clusters (10 to 14 molecules per cluster). The BE:Hydration Laundry Ball is designed to reduce large tap water clusters from their original size into ‘micro clusters’ (5 to 6 molecules per cluster). The smaller cluster size gives the water excellent cleaning properties, high solubility, and good permeability. In other words, water clusters in smaller groups lead to a better absorption of water through the tiny open spaces or “pores” of the fabrics. This technology essentially enables and strengthens the water’s ability to ‘physically’ clean and rinse dirt off fabrics without the use of chemicals.

Benefits:

• Saving detergent, water and energy
• awesome for skin conditions such as eczema
• No residues
• No more unpleasant smell
• Eco-Friendly product
• hypoallergenic