Instant Hand Sanitizer Spray Kills Dangerous Germs and Viruses
Kill Dangerous Germs and Viruses with better penetration resulting from the projection force of the Viraguard spray mist combined with hand rubbing for 15 seconds.
This combination
better penetrates "trouble areas" such as under nails and between fingers, to kill hiding germs. (Gel hand sanitizers rely on hand rubbing in the untroubled spot of the palm where they are dispensed.)
Viraguard Alcohol-based Spray kills more germs and viruses than other cleaners. Viraguard hand sanitize spray kills 99.999% or more of germs and viruses in 15 seconds.
You save money because the Hand Sanitizer Spray will provide more uses than a gel of the same size.
Viraguard Hand Sanitizer with FDA and EPA Kill Claims
Kill claims include Hepatitis A, B and C, VRE, MRSA, Klebsiella pneumoniae and TB.
Also kills influenza A cause of Pandemic Swine Flu Virus)
Formula is non-sticky, and easy to use in health care, food service,
child care and office situations. As an added bonus it moisturizes the
skin.
VIRAGUARD ANTISEPTIC HAND SPRAY Advantages:
- Highly Antiseptic, Virucidal and Bactericidal
- Hand Sanitizer Spray Won't Dry Out Hands or Skin
- Over 200 Applications per 2 oz. Hand Sanitizer Bottle
- Child Resistant, Tamper Evident Hand Sanitizer Spray Bottle
- Portable and Convenient
- Meets CDC Guidelines for Hand Hygiene in Healthcare Settings
- FDA Drug Listed
- Kills Hepatitis A, B and C
The World is Germ Filled Place, stay safe with ViraGuard Hand Sanitizer Spray
There are countless ways to spread infection and transfer bacteria from one person to another, one most prevalent being paper money and coins that act as vectors for the spread of microorganisms that cause disease.
It is vitally important to use a hand sanitizer spray when soap and water are not available.
Viraguard Spray is excellent for persons who handle money, e.g., Casino Employees, Bank Tellers, Cash Register Operators, and Postal Workers.
Be careful when choosing a germ control product.
Many products advertise that they kill %99.9 of germs.
But WHICH germs?? The key to a infection control spray is WHAT it kills.
Viraguard has EPA and FDA KILL CLAIMS and can name the germs it kills.
(meaning the EPA/FDA have certified through in vitro testing that the Virguard will kill specific virus / bacteria)
Specifically, look for KILL claims against the most dangerous infections:
- gram positive bacteria
- gram negative bacteria
- resistant strains such as MRSA and VRE
- encapsulated bacteria such as Tuberculosis
- Mycobacterium bovis (BCG)
- Trichophyton mentagrophytes fungus
- Herpes
simplex
- HIV-1 the AIDS virus
- Hepatitis A, B and C
- Smallpox (bioterrorism threat)
- Hepatitis C (very important!)
- Rotavirus
- Influenza (Flu)
- Adenovirus
- Cytomegalovirus
- Respiratory syncytial virus
At the end of this page, you will find the ATTC* specimin #s that were used in the tests. *The ATCC
or American Type-Culture Collection keeps
reference cultures for testing purposes.
Don't believe other
competitors who make claims, but can't identify the ATCC # that was
used for the test.)
The patented Viraguard formulation utilizes Isopropanol (Isopropyl Alcohol)in
its optimum concentration, combined with other ingredients, to meet both EPA
and FDA requirements, without the need for harmful or residue producing chemicals
such as Quaternary Ammonium, Phenol, Chlorine, or Glutaraldehyde.
A mild citrus
scent makes Viraguard ideal for use in schools, churches, hospitals, private practice offices,
ambulances, police, fire and paramedic vehicles, nursing homes and anywhere
that disinfection and antisepsis is critical.
Isopropyl Alcohol is similarly recognized for its safety and efficacy as an
antiseptic skin cleanser complying with the OSHA Bloodborne Pathogen Standard
and the CDC Guideline for Hand Hygiene in Heath-Care Settings.
The emollient in the patented Viraguard formulation retards evaporation, considerably
increasing the effective time for the alcohol to work on the surface of the
hands, while preserving moisture, and helping to prevent drying of the skin. Using an alcohol-based hand sanitizer gel significantly reduces the spread of gastrointestinal infections in the home, according to a study in the September issue of Pediatrics. The study of 292 Greater Boston families -- half of which were given hand sanitizer -- those that used the gel had a 59 percent reduction in the spread of GI illnesses.
In addition, families reporting higher amounts sanitizer usage (more than 2 oz in 2 weeks, indicating 4-5 uses per day) were about 20 percent less likely to transmit respiratory illnesses. While alcohol-based gels kill most bacteria and viruses on the skin, sprays have been shown to have better coverage in critical areas such as the base of finger nails. In a medical setting use Viraguard hand spray to decontaminate hands
and prevent cross contamination:
-
Before having direct contact with patients.
-
Before donning sterile gloves when inserting
an intravascular catheter; or when inserting
an indwelling catheter or other invasive device
not requiring a surgical procedure.
-
After taking a pulse or blood pressure, or
lifting a patient.
-
After contact with bodily fluids or excretions,
mucous membranes, non-intact skin, and wound
dressings if hands are not visibly soiled.
-
After contact with inanimate objects (including
medical equipment) in the immediate vicinity
of a patient.
-
After removing gloves.
-
When moving from a contaminated body site
to a clean body site during patient care.
Only Viraguard has EPA and FDA claims to kill the following: (The ATCC or American Type-Culture Collection numbers. This organization keeps reference cultures for testing purposes. Don't believe other competitors who make claims, but can't identify the ATCC # that was used for the test.)
Bactericidal:
Salmonella choleraesuis, #10708
- Commonly causes diarrhea, but can cause severe disease in elderly and immune
compromised
Staphylococcus aureus, #6538
- Staph Infection
Pseudomonus aeruginosa, #15442
- "Hot tub rash" severe, potentially fatal, respiratory disease in
cystic fibrosis and elderly
Streptococcus pyogenes, #49399, #19615
- Strep throat
Escherichia coli, Strain 0157, #43895
- "Fast food", "spinach", etc.. ecoli , severe sometimes
fatal, kidney infections
Vancomycin-resistant Enterococcus faecalis (VRE), #51299
- Hospital acquired infection, "anti biotic resistant super bug"
Methicillin-resistant Staphylococcus aureus (MRSA), #33593
- Hospital Acquired (MRSA-HA) "anti-biotic resistant super bug" -
- Community Aqcuired (MRSA-CA) "anti-biotic resistant super bug"
Virucidal:
Hepatitis A
- HEP A
Hepatitis B
- HEP B
Hepatitis C
- HEP C
HIV-1
- (AIDS virus)
Herpes simplex type 2, # VR539
- Genital Herpes
Cytomegalovirus (CMV), #VR538
- Typically cold like symptoms, but can be very dangerous for pregnant women
and immune compromised
Respiratory syncytial virus (RSV), #VR26
- Severe Respiratory infection in infants and children under 2 years of age,
can require hospitalization,
Rotavirus (SA-11; Group A)
- Severe Gastrointestinal infection (diarrhea) in young children, can require
hospitalization Vaccinia
- Smallpox
Influenza type A, #VR544
- Seasonal Flu, pandemic flu, avian flu , bird flu
Adenovirus, #VR846
- diarrhea, eye infections, respiratory infections
Tuberculocidal:
Mycobacterium tuberculosis
- TB
Fungicidal:
Trichophyton, #9533
- Athlete's Foot , Nail Fungus
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