WHY WE STARTED
Common concerns raised when using alcohol-based disinfectant
A main contributing factor is due to the usage of alcohol. According to US medical
professionals, alcohol-based disinfectants can disrupt the natural PH and barrier of our skin, leaving theme exposed and vulnerable to the environment.
TESTED TO KILL 99.9999% OF GERMS
From a mathematical point of view, 99.99% and 99.9999% may not make much of a difference numerically.
Laboratory tests were run to prove the reletive effectiveness of AME disinfectants against common bacteria and viruses.
Start of experiment: 42,000,000 CFU/ml
Count of Surviving Test Microorganism/ CFU per ml
Adheres to EU RoHS Standards
Analysis of Lead, Mercury, Cadmium, total Chromium & total Bromine by X-ray fluorescence spectrometry:
Total chromium including Hexavalent Chromium (mm/kg)
Formulated from Non toxic ingredients
RoHS Compliance – Cadmium < 100mg/kg | Mercury < 1000 mg/kg | Lead < 1000 mg/kg Hexavalent Chromium < 1000mg/kg
Antibacterial Activity Evaluation
Method of Test: BS EN 1040:2005
Tested effective against
Here at AME Synthesis, we commit ourselves to providing effective solutions while making sure that safety and comfort is not compromised.
AME products are made up of pure, deionised water and a strong quaternary compound that we call AME Antimicrobial.
Invisible antimicrobial film of
protection that lasts up to 6 hours
Stay active and continue to eliminate harmful pathogens
even after hours of application
AME Antimicrobial is a quaternary compound that we developed to eliminate pathogens and is infused into every one of our products. With the water-based technology that we have developed, AME products leave an invisible antimicrobial film of protection that lasts up to 6 hours. This means that the bacteria killing properties of AME Antimicrobial will stay active and continue to eliminate harmful pathogens even after hours of application unlike many alcohol solutions which evaporates almost immediately when the effective contact time should be 5-10 minutes.
AME products conforms to different regulations around the world and has passed EN 1040 against
Escherichia Coli (ATCC 8739)
Methicillin-resistant Staphylococcus Aureus (NCTC 12493)
Legionella Pneumophila (ATCC 33152)
The Relative Safety Concerns of High and Low pH Chemicals
Safety is a relative term. It can be evaluated on a number of fronts including:
1) Acute toxicity concern from immediate contact with a chemical
2) Long-term human health exposure
3) Safety for the environment
4) Safety for surfaces cleaned
Solutions with a significantly high and low pH levels have the potential to be very dangerous to humans, whether ingested, inhaled, or contacted with skin.
Hence, our AME Disinfectant products are all tested and regulated to revolve around the pH of the human skin to provide a safe and effective solution for your loved ones.
Efficacy and Effectiveness
Different types of bacteria have different mode of entries to our bodies. Bacteria can be found in contaminated water systems where sewage is not properly treated and recycled into treatment systems. Other bacteria is mainly transmitted through physical/direct contact or by inhaling cough/sneeze of an infected person. With our AME Anti-Bacterial Hand Sanitiser, the invisible film technology eliminates up to 99.9999% of a wide range of bacteria and viruses. Therefore, greatly reducing the chances of infection.
Areas of Application
AME Disinfectant products can be used in most environments since germs and bacteria is present everywhere. AME products is used in offices, buildings, homes, shopping malls and hospital where human traffic is high and infection is prevalent.
Apply hand sanitiser via foam or spray, spread across hands, rub and let it dry.
Apply hand soap by making a full pump, keep in contact and rub for at least 20s before rinsing off with water.
TYPE OF SURFACES:
Apply to fabric cloth and common contact points such as door handles and desks.