Disinfectant Wipes - 700 count
- Per Tub:
- 700 sheets
EPA Registration # 97092-2
Get any surface sparkling clean and germ-free within 15 seconds with Dr. J's Surface Disinfectant Wipes! Our bleach-free formula is safe to use on almost every surface. Our wipes are EPA-registered and one of the only 9 US companies that are able to KILL THE VIRUS THAT CAUSES COVID-19 while efficiently eliminating 46 other pathogens that are difficult to kill using any other wipes such as alcohol wipes or multipurpose wipes. Dr. J’s Surface Disinfectant Wipes are suitable for home use, hospital, industrial, and janitorial use. Quickly and thoroughly disinfect door handles, cabinet knobs, phones, computers, machines, or any surface in the home that gets touched often. In addition, Dr. J’s Surface Disinfectant Wipes are tested and safe on food contact surfaces and can be used to rub off any fruits with post water rinse.
KILLS THE VIRUS CAUSING COVID-19
INGREDIENTS: Octyl decyl dimethyl ammonium chloride, Dioctyl dimethyl ammonium chloride, Didecyl dimethyl ammonium chloride, Alkyl dimethyl benzyl ammonium chloride and water QS
TO CLEAN + DEODORIZE: Wipe the surface thoroughly with a wipe, let air dry. Discard used wipe in trash. Do not flush.
TO CLEAN + DISINFECT: Wipe hard, non-porous surfaces with towelette until the surface is visibly wet. Keep surfaces wet for 4 minutes. For Norovirus and Rotavirus, treated surfaces must remain wet for 10 minutes then let air dry.
MOLD, MILDEW STAIN CONTROL: Dr. J’s Surface Disinfectant Wipes will effectively inhibit the growth of mold and mildew and the odors caused by them when applied to hard, non-porous surfaces. Wipe the surface and let it remain wet for 4 minutes. Repeat treatment every seven days, or more often if new growth appears.
PLEASE READ THE ENTIRE LABEL CAREFULLY PRIOR TO USE.
Protocatechuic Acid (PCA) is an amazing new radical addition to the health and wellness industry. Backed by evidence-based science, PCA is the essential and effective tool all humans will need in order to keep harmful viruses from infecting their bodies and even threatening their overall health. PCA’s unique formula has not only proven effective in fighting harmful microbes, but it has also shown to be an excellent source for the following 5 health benefits:
- Antibiotic (broad-spectrum)
Head researcher and orthopedic surgeon, Dr. Lanny Johnson, has spent over 15 years dedicated to credible, evidence-based research on PCA. Following his search, 17 US patents were granted supporting the abundant antimicrobial and antiviral properties of PCA. This includes the US patent giving sole ownership of the PCA ingredient, requiring other companies to seek the approval of Dr. Johnson in order to use this unique, multi-patented reagent. PCA’s unique physical structure and medically-researched antiviral properties can provide a microbe shield, limiting the exposure to bacteria and viruses, including the virus causing COVID-19.
Two independent contract laboratories tested PCA as an antiviral reagent against SARS CoV2 (COVID-19):
THE ILLINOIS INSTITUTE OF TECHNOLOGY - CHICAGO, IL
The experiment aimed to replicate the transmission of the virus in the clinical environment against a sanitizer coating of skin, masks, hard objects, and ventilation filters. The PCA crystalline coating on an article of metal, plastic, and/or cloth was believed to kill COVID-19 on contact. Results measured by Log difference converted to no less than 90-99% inactivation or "kill" at 10 and 60 minutes after contact.
MRI GLOBAL - KANSAS CITY, MO
The second study’s objective was to determine if the PCA’s crystal-coated surfaces have the ability to inhibit the growth of the SARS CoV2 (COVID-19). PCA coating on various articles resulted in the inactivation of the live COVID-19 virus. The earliest effective time of the PCA crystals was immediately and at 24 hours after the sprayed crystals had dried on the surface. In other words, the results were stronger at this laboratory study with a log difference conversion to a 99% plus inactivation or "kill" at 10, 60, and 120 minutes after contact.