how does it work?
Why Is Our Revolutionary Laundry Ball Different?
We use an innovative technology that physically cleans your laundry — ensuring a fresh, clean, and chemical-free load every time.
“I bought two for myself and two for my daughter in college, She just loves not having the expense of laundry soap!”
“Balls work great just as well as detergent! Maybe better!! Love these balls what a great alternative to buying detergent and better for the environment and your health. Laundry was clean and has a fresh smell. Great buy!!”
“Better than laundry detergent! I have been using these a few weeks now and they work great! Clothes come out clean and so easy to use. Just toss it in and wash! Great buy!”
how does it work?
Why Is Our Revolutionary Laundry Ball Different?
We use an innovative technology that physically cleans your laundry — ensuring a fresh, clean, and chemical-free load every time.
By utilizing four different types of all-natural mineral-based ceramic beads, plus two magnets, Ms .Wishy Washy's laundry ball offers a powerful and environmentally-friendly alternative to chemical-filled detergents.
Each of our carefully selected mineral beads has been chosen to work in tandem with each other and create a superior cleaning performance. By working together in your machine, these components cause the water PH to increase naturally and become "oxygenated" — this physical process effectively eliminates bacteria and germs to ensure that your laundry is fresh and clean.
How does our laundry ball get your laundry so clean? Because it works at a molecular level. The mineral balls inside our product work to accelerate molecular changes in the water. Just like soap molecules attach to the stain to then be washed away. The molecules created by the mineral balls attach themselves to stains and BOOM stains are washed away. With no harsh chemicals!
Not only are our laundry balls a safe and effective alternative to traditional detergent, but they’re also cost effective, and could substantially reduce your laundry costs, with each ball lasting around 1500 wash cycles! Ms. Wishy Washy has revolutionized the way moms do laundry, empowering them to quit detergent and save money — and we’d love to help you too!
how to use
How do I use Ms. Wishy Washy?
put the ball in your washer
The washing ball cleans and disinfects clothes without any detergents or bleach — leaving a safe, clean product.
recharge using the sun
The ceramic beads in the laundry ball must completely dry out to continue performing at the highest level. We recommend putting the ball in the sun to do that.
Re-use up to 1,500 times!
The washing ball cleans and disinfects clothes without any detergents or bleach — leaving a safe, clean product.
WHAT’S INSIDE?
Ancient Science
The history of ceramics
And their use for antibacterial purposes
The use of ceramics for their antibacterial properties can be traced back to ancient times. One of the earliest known examples is the use of copper and silver in ceramic glazes by ancient Egyptian and Greek potters. These metals were known for their antibacterial properties, and their use in ceramic glazes helped to prevent the growth of bacteria on the surface of the pottery.
In medieval Europe, apothecaries and physicians used ceramic jars to store and transport medicines and ointments. The ceramics were often coated with a glaze containing lead, tin, or copper, which had antibacterial properties that helped to keep the medicines fresh and prevent contamination.
During World War II, ceramic filters were used by the British military to purify water in the field. The filters were made of a porous ceramic material that allowed water to flow through while trapping bacteria and other contaminants.
In recent years, there has been renewed interest in the use of ceramics for their antibacterial properties. Researchers have developed new ceramic materials that are designed specifically for this purpose, and have demonstrated their effectiveness in killing a wide range of bacteria and other microorganisms.
One example is the use of silver nanoparticles in ceramic materials. Silver is known for its strong antibacterial properties, and the nanoparticles can be embedded in the ceramic material to create a surface that actively kills bacteria. These materials have potential applications in a variety of fields, including healthcare, food processing, and water treatment.
Another example is the use of chlorinated ceramics, which I mentioned earlier. The chlorination process creates a surface layer that is highly effective at killing bacteria and other microorganisms, making these materials useful in a variety of applications where cleanliness and hygiene are important.
Overall, the use of ceramics for their antibacterial properties has a long and varied history, and continues to be an active area of research and development today.
DECHLORINATION BALL
Chlorinated ceramic beads are a type of ceramic material that has been treated with chlorine gas to enhance their antibacterial properties. These beads are typically made of natural materials such as minerals, clays, and ceramics, and they are used in a variety of applications where antibacterial properties are important.
The chlorination process involves exposing the ceramic beads to chlorine gas, which reacts with the surface of the beads to create a layer of antibacterial compounds. This layer helps to kill or inhibit the growth of bacteria and other microorganisms that may come into contact with the ceramic beads.
Chlorinated ceramic beads have a wide range of applications, including water treatment, air purification, and medical and dental equipment. In water treatment, the beads can be used in filtration systems to remove bacteria and other microorganisms from drinking water. In air purification, the beads can be used in air filters to remove bacteria and other airborne contaminants. In medical and dental equipment, the beads can be used to prevent the growth of bacteria on surfaces and instruments.
One of the advantages of using chlorinated ceramic beads is that they are non-toxic and environmentally friendly. Unlike some other antibacterial agents, the compounds created by the chlorination process do not contain harmful chemicals that can be released into the environment.
Functions:
Efficiently and rapidly removes 99% residual bacteria. Improve the content of dissolved oxygen, and inhibit microbe breeding.
MAGNETIC ENERGY BALL
As water is magnetized by interaction with the balls, the order of the water molecules gradually changes, and breakdown the hydrogen bonds of water molecules so that the association of water molecules change to single scattered molecules which promotes infiltration and dissolution attributes of the water molecule so it can be easy to penetrate the stain.
Functions:
Conditioning. Accelerate molecular structure changes. Increase oxygen content.
TOURMALINE CERAMIC BALL
Ceramics are known to have antibacterial properties, which means that they can kill or inhibit the growth of bacteria. This is because ceramics contain various natural substances that can react with bacterial cells, disrupt their membrane structure, and cause them to die.
One of the most important antibacterial substances found in ceramics is silver ions. Silver is a natural antibacterial agent and is often used in medical devices, wound dressings, and other products that need to be sterile. When silver is present in ceramics, it can interact with bacterial cells and interfere with their metabolic processes, preventing them from growing and multiplying.
Another antibacterial substance found in ceramics is titanium dioxide (TiO2). When exposed to UV light, TiO2 can produce reactive oxygen species (ROS) that can damage bacterial cells and lead to their death. TiO2 is commonly used in air purifiers, water filters, and other products that need to eliminate bacteria and other microorganisms.
In summary, ceramics can kill bacteria through the action of antibacterial substances like silver ions and titanium dioxide, which can disrupt bacterial cells and prevent their growth and replication. However, the exact mechanism by which ceramics kill bacteria can vary depending on the specific type of ceramic and the bacterial species involved.
Functions:
In summary, ceramics can kill bacteria through the action of antibacterial substances like silver ions and titanium dioxide, which can disrupt bacterial cells and prevent their growth and replication. However, the exact mechanism by which ceramics kill bacteria can vary depending on the specific type of ceramic and the bacterial species involved.
NEGATIVE ION BALL
Ions are electrically charged particles that form when atoms gain or lose electrons. When an atom loses one or more electrons, it becomes positively charged, while when it gains one or more electrons, it becomes negatively charged.
Positively charged ions, also known as cations, have more protons than electrons, resulting in a net positive charge. This means that they are attracted to negatively charged particles, such as electrons or negatively charged ions. Some examples of cations include sodium (Na+), calcium (Ca2+), and hydrogen (H+). Cations are commonly found in salts, acids, and metal ions.
Negatively charged ions, also known as anions, have more electrons than protons, resulting in a net negative charge. This means that they are attracted to positively charged particles, such as cations or positively charged ions. Some examples of anions include chloride (Cl-), sulfate (SO42-), and nitrate (NO3-). Anions are commonly found in acids, salts, and non-metals.
The presence of negative and positively charged ions in a substance can influence its chemical properties, including its reactivity and solubility. In addition, ions play important roles in many biological processes, including nerve function, muscle contraction, and the regulation of fluid balance in cells.
Functions:
Increase air negative ion concentration Increase dissolved oxygen and activate water Micro-clustered water hydrate cells more effectively Inhibit microbe breeding
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