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Naturally Clean Laundry - No Chemicals, No Waste

Make laundry safer for your family and the planet with BioWashBall. 

This innovative ball cleans your clothes powerfully without any chemicals, using natural EM ceramics and magnets to remove dirt. 

It’s gentle on fabrics, helping your clothes stay soft, colorful, and long-lasting, with no chemical residue left behind. 

By cutting out detergent and plastic waste, BioWashBall is an eco-friendly choice that helps protect our water and environment. 

Enjoy naturally fresh laundry—no chemicals, no waste, just clean clothes you can feel good about.
Why Millions Choose BioWashBall - Smarter, Safer, and More Sustainable
  1. Eco-Friendly & Chemical-Free:
    Cleans naturally without toxins, reducing pollution and plastic waste.
  2. Gentle on Skin: Free from harsh chemicals, ideal for babies and sensitive skin.
  3. Water-Saving Technology: 
    Requires less rinsing, conserving water while ensuring deep cleaning.
  4. Sustainable & Reusable: Made from recyclable materials for a zero-waste alternative.
  5. Cost-Effective: Cuts detergent use and excess rinsing, saving money and energy
BioWashBall’s cleaning power comes from effective microorganism ceramics, created by embedding beneficial microbes-such as lactic acid bacteria, yeast, and photosynthetic bacteria-into natural clay and firing it at high temperatures. 

When used in water, the synergistic action of these effective microorganism ceramics raises the water’s pH to alkaline levels above 9.5 to 12. 

This highly alkaline environment naturally breaks down and decomposes the organic compounds responsible for unpleasant odors and stains on fabrics, without the need for synthetic detergents.

As the laundry cycle completes, the water’s chemistry returns to a neutral state, ensuring that the discharged water is harmless and environmentally friendly. 

By harnessing this natural process, BioWashBall not only delivers powerful, residue-free cleaning but also helps protect water quality and reduce pollution, supporting a healthier, more sustainable planet for future generations.
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The ceramic in the Biowashball contains microscopic pores that absorb dirt, bacteria, and other impurities. When the ball is dried in sunlight, these are decomposed and removed by the TiO₂ (titanium dioxide) coating. Therefore, it is important to dry the Biowashball in sunlight about once a month.
Alkali Ceramics
Alkali ceramics are made by firing inorganic minerals with a high ionization tendency. When they come into contact with water, they raise the pH to around 9–10, similar to general detergents, thereby alkalizing the water.

​This ceramic is made by blending EM solution—containing beneficial microorganisms like photosynthetic bacteria—with ceramic powder through a specialized process. Certain minerals with strong ionization tendencies oxidize upon contact with water, releasing electrons and forming hydroxide ions (OH⁻), which make the water alkaline. Alkaline water helps break down and remove acidic dirt and stains during washing, offering a natural and effective cleaning solution.
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Redox Ceramics 
Redox ceramics are made by firing oxidation-active minerals with strong antibacterial and sterilizing properties. They are capable of decomposing organic matter and provide powerful antibacterial and sterilizing effects.
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​This ceramic is made by blending EM solution—containing beneficial microbes like photosynthetic bacteria—with ceramic powder through a specialized process. It generates electrons (e⁻) and holes (h⁺); the holes produce hydroxyl radicals (•OH) with strong sterilizing power. Electrons form superoxide anions (O₂⁻) by reacting with oxygen on the ceramic surface. These reactive species break down odors, decompose organic matter, and destroy bacterial membranes. Redox ceramics outperform general agents by eliminating bacteria and their residues more effectively.
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Far-Infrared (FIR) Ceramics
These ceramics are made by selecting and mixing minerals with high far-infrared emissivity, including silicate minerals that contain potassium (K), sodium (Na), calcium (Ca), and barium (Ba), then firing them at high temperatures. The result is a ceramic that emits high levels of far-infrared radiation.

​This ceramic is made by blending EM solution—containing beneficial microorganisms like photosynthetic bacteria—with ceramic powder through a specialized process. It emits far-infrared rays (FIR), which are invisible electromagnetic waves known for their strong thermal effects and resonance with organic molecules. When FIR is emitted into water, it activates the water, reducing cluster size from 12–15 to 5–6 molecules. This lowers surface tension and enhances surfactant-like action, allowing deeper penetration into fabric, loosening dirt, and improving contaminant removal.
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Photosynthesis Ceramic
Photosynthesis Ceramic is a multifunctional ceramic made by mixing minerals with high far-infrared emissivity—including silicate minerals containing potassium (K), sodium (Na), calcium (Ca), and barium (Ba)—with EM and EM-X solutions. The result is a ceramic that provides both antioxidant and far-infrared radiation functions.

This ceramic is made by blending EM solution—containing beneficial microbes like photosynthetic bacteria—with ceramic powder through a special transfer process. It helps protect fabrics by slowing oxidation and fiber degradation. The ceramic emits far-infrared rays that reduce water cluster size, creating activated water. This water has surfactant-like properties, such as lower surface tension and improved penetration, wetting, and dispersion, enabling more effective cleaning.
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TiO₂ (Titanium Dioxide)
The ceramic used in the BioWashball is processed with added TiO₂. When exposed to UV light (around 380 nm), TiO₂ shows a photocatalytic effect, producing reactive oxygen species: superoxide radicals (O₂⁻) and hydroxyl radicals (•OH), which enable powerful cleaning and sterilizing functions.

Functions of TiO₂
  1. Decomposition of Organic PollutantsHydroxyl radicals have strong oxidizing power, breaking down stubborn organic pollutants—hard to remove with chlorine or ozone—into harmless byproducts like CO₂ and water.
  2. Purification of Absorbed ImpuritiesContaminants absorbed in the fine pores of TM ceramics are decomposed when the BioWashball is sun-dried. 👉 Sun-dry it about once a month for best performance.
  3. Odor & Harmful Gas RemovalTiO₂ breaks down odors and gases such as NOx, SOx, VOCs, and smoke.
  4. Antibacterial & Sterilizing ActionHydroxyl radicals destroy bacteria, germs, and toxins, offering strong antibacterial and sterilizing effects.
Chemical Detergent

Chemical-detergent-Cause-skin-issues-and-diseases-like-atopic-dermatitis

BioWashBall

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​⛔ Petroleum-based compounds are main ingredients
⛔ Contain toxic heavy metals and carcinogens
⛔ Hardly decompose, causing water pollution
⛔ Partially remain in the clothes after washing
⛔ Cause skin issues and diseases like atopic dermatitis
​✔️ Washing without synthetic detergent
✔️ Cost-effective by saving detergent expenses
✔️ Protects fabrics and maintains original colors of clothes
✔️ Protects skin and delivers anti-bacterial effects
✔️ Helps protect environment and save energy
Saving Expenses​

An average family uses 120kg of detergent in three years, costing money and consuming water and energy. Biowash Ball lasts at least three years, cutting costs while reducing water, electricity, and time spent on laundry.
Powerful Yet Eco-Friendly Cleaning

Four specialized ceramic balls transform water into alkaline, breaking down water clusters for superior penetration. This reduces surface tension, loosens dirt, and effortlessly lifts away protein and grease—delivering a deep, effective clean without harmful chemicals.
Protecting skins and clothes

Synthetic detergents leave chemical residues that irritate the skin and damage fabrics. Biowash Ball eliminates these residues, preventing skin issues like atopic dermatitis while its natural alkalinity softens and preserves fabrics, keeping clothes fresh and lasting longer.
Protecting environment

Chemical detergents pollute water, block sunlight, hinder photosynthesis, and reduce oxygen levels, harming ecosystems and even returning to us through the food chain. Biowash Ball, made from eco-friendly materials, eliminates these risks, safeguarding both nature and your family’s health.
A Small Choice, A Big Change
Rachel Carson’s words remind us that even small choices can shape the future. Choosing BioWashBall is one such step—an eco-friendly, chemical-free alternative that cleans effectively while protecting the planet.
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Sustainable habits start with simple changes. BioWashBall reduces waste, conserves water, and minimizes pollution—turning everyday laundry into an act of environmental care.​

Outdated methods aren’t the only option. By switching to BioWashBall, we choose cleaner clothes and a healthier planet—one wash at a time.
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Have Questions About the Sustainable Living?

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