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ASI Superior Disinfectants eco-friendly, innovative, and highly effective cleaning solutions that are safe for both humans and animals.

How Does It Work?

Rinker Surface Defense Tablets make disinfecting hard surfaces easy, effective, and affordable in four easy steps!

Step One

Add water to desired container. (We recommend spray bottles!) For 1-Liter of water, add TWO 1 GM tablets; for 10-Liters of water, add ONE 20GM tablet.

Step Two

Drop in tablet(s), and let them dissolve. To disinfect while cleaning, add 3-4 drops of dishwashing liquid per liter of water.

Step Three

Start cleaning!

Step Four

Once mixed, solution is effective for up two weeks with proper storage! Unused tablets will last up to one year in a dry, dark, room temperature location with air-sealed packaging.

Safe for Humans, Animals, Fish, & the Environment!

Chlorine Dioxide - the primary ingredient in our Rinker Surface Defense Tablets - is so safe for humans and animals that it’s often used in the disinfection of drinking water! Its unique disinfecting qualities are powerful even at low concentrations. All of our products are 100% non-toxic, 100% biodegradable, leave NO carbon footprint, and are made in the USA!

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Biodegradable
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Non-toxic

Easy to Use & Extremely Effective

Rinker Surface Defense Tablets make disinfecting hard surfaces easy, effective, and affordable. Simply dissolve tablets in water, add dishwashing soap, and start cleaning! This low level of concentration is safe for daily use, but tough on bacteria, viruses, mold, and algae.

Kills COVID-19 on Contact On All Hard Surfaces

kids looking at fish in aquarium

Aquariums & Exhibits

multinational group of happy friends in medical mask enjoy and drinking tea cafe .

Stores & Restaurants

Close up of a nurse touching hand of a patient in hospital ward

Health Care Facilities

Depositphotos_207644148_s-2019

Schools

LAS VEGAS - MAY 12 : The interior of New York-New York Hotel & Casino in Las Vegas on May 12 2014; This hotel simulates the real New York City skyline and It was opened in 1997.

Casinos & Gaming

Let’s See The Science

Ready to dig deeper? We’ve already explained how safe and effective our Chlorine Dioxide based products are, but we get it - you want the proof! Below, we’ve assembled the supporting documentation you need to verify for yourself that Rinker Surface Defense Tablets truly are safe, effective, and meticulously curated.

Kills Covid19 in Seconds

Altru Diagnostics was contracted to test the effectiveness of Rinker Surface Defense Tablets. Findings state that within 5 seconds of applying the product, 100% of COVID19 microorganisms were killed.

EPA Company Number

Documentation directly from the US Environmental Protection Agency providing an EPA distributor number to Rinker Products and Services, the manufacturer of Rinker Surface Defense Tablets.

Effectiveness of Chlorine Dioxide Against Bacteria and Viruses

Published article in Applied Microbiology proving that low-concentration Chlorine Dioxide inactivates various microbes, reducing the risk of infection by bacteria and viruses - even in wet environments, such as kitchens and bathrooms.

Properties of Stabilized Chlorine Dioxide Formula

Compilation of data, assembled by Cleanbay Inc. (Rinker’s parent organization), that outlines the positive effects of the Chlorine Dioxide, it’s impact on various bacteria strains, and even methods for safe application - including the usage of the chemical as a disinfectant for drinking water.

Cleanbay Safety Data Sheet

Safety Data Sheet for Rinker Surface Defense Tablets, as assembled by Cleanbay Inc. (Rinker’s parent organization).

EPA Reregistration Eligibility Decision

Official document from the EPA, confirming that Chlorine Dioxide and Sodium Chlorite were safe to use in low levels of concentration, per the Case 4023 ruling in 2006.

WHO Support for Chlorine Dioxide Usage

This detailed documentation states that chlorine dioxide, when used in low-concentration levels, is unharmful to both humans and animals.

Compilation and History of Chlorine Dioxide Usages

With links to a variety of websites, this document compiles a brief history of the usage of Chlorine Dioxide, it’s approval from the EPA, and its effectiveness as a disinfectant in both drinking water and the healthcare industry.

Demonstration Application Litopenaeus Vannamei Culture

Further documentation supporting the effectiveness of Chlorine Dioxide, as evidenced in the specific application of the formula to the Litopenaeus Vannamei culture.

Chlorine Dioxide Effectiveness Against Influenza and Pandemic Outbreaks

Article from the Open Antimicrobial Agents Journal, proving the effectiveness of Chlorine Dioxide against Influenza Virus and pandemic outbreaks.

Chlorine Dioxide Effectiveness in Fruit Washing

Article from the Journal of Food Protection, stating that Chlorine Dioxide is a safe, effective disinfectant that sanitizes against various bacteria, including Salmonella enterica and Erwinia carotovora.

What’s the Deal With Chlorine Dioxide?

Chlorine Dioxide (CI02) is not a new chemical - it’s just not one that the US is very familiar with. Used frequently for over 25 years across a variety of industries, CI02 is so effective yet safe that it’s even commonly used to disinfect drinking water!

With all of the chaos that 2020 and the Coronavirus pandemic has brought, one interesting factor stands out when it comes to cleaning products: both Germany and Japan have had staggeringly low numbers of COVID19 contraction and resulting deaths. Why? They’re the only two countries that focused exclusively on using CI02 throughout the pandemic; residents of both nations use the chemical on a daily basis, both at a commercial level, and for household use.

Let’s Get More Technical with CI02

Chlorine Dioxide (ClO2) is chemically dissimilar and acts differently from chlorine. The ClO2 disinfecting molecule produced by Rinker is not sensitive to high pH environments and has more than 2.6 times the oxidation capacity of chlorine and other commonly used disinfectants.
ClO2 has low oxidation strength, meaning that its biocidal power is not wasted on attacking inert organic contamination, which in the case of chlorine leads to the formation of environmentally hazardous chlorinated organic compounds, such as Trihalomethane (THM) and Haloacetic Acids (HAA). ClO2 allows for more accurate application as the biocide is targeted where it is needed most.
Chlorine Dioxide ensures that the biocide is targeted directly on the active proteins found on the bacterial cell surfaces, saving disinfection time and costs. It means considerably lower dose rates are required, further improving safety and ease of use, whilst minimizing environmental impact.
Chorine Dioxide (Cl02) is not a new chemical. It’s just a chemical that the US is not very familiar with. There's a reason behind why Germany and Japan have very low numbers when it comes to Coronavirus. They are the only two countries that exclusively focused on using ClO2 during the recent pandemic. It’s a chemical they use on a daily basis, both on a commercial level and in households.
When it comes to prevention, we should consider OSHA data about CLO2, which focuses more on disinfection when people are present.
Chlorine Dioxide (ClO2) is chemically dissimilar and acts differently from chlorine. The ClO2 disinfecting molecule produced by Rinker is not sensitive to high pH environments and has more than 2.6 times the oxidation capacity of chlorine and other commonly used disinfectants.
ClO2 has low oxidation strength, meaning that its biocidal power is not wasted on attacking inert organic contamination, which in the case of chlorine leads to the formation of environmentally hazardous chlorinated organic compounds, such as Trihalomethane (THM) and Haloacetic Acids (HAA). ClO2 allows for more accurate application as the biocide is targeted where it is needed most.
Chlorine Dioxide ensures that the biocide is targeted directly on the active proteins found on the bacterial cell surfaces, saving disinfection time and costs. It means considerably lower dose rates are required, further improving safety and ease of use, whilst minimizing environmental impact.