Anyone familiar with these products?

Revolutionary Nano Ceramic Paint Protection Coating unlike anything in the market today.
No need to wax your vehicle ever again!

This layer of clear nano resin coating, offers:

• Paint protection for a LIFETIME. GUARANTEED!
• Not a wax or paint sealant.
• This product bonds to the clear coating thru molecular adhesion.
• 50% additional protection against scratches.
• Improved gloss. Stops paint fading and oxidation!
• Hydrophobic action. Repels water and dirt!
• Keeps vehicles cleaner between washes.
• Protects against UV light, acid rain, and environmental damages not covered by manufactures warranties.
• Cuts back on paint swirls and wash scratches.
• Bug and chemical resistant.
• Does not require re application. One time, permanent application process.
• Can be applied to all exterior surfaces, including wheels, aluminum, alloy, plastic, and all painted surfaces.

 

Nano coatings are definitley the hype of the detailing industry and it seems like so many product manufacturers are getting on board. Not just detailing products but this seems to be the "Jargon" for alot of consumer products as well.....

But along with this so called advancement of product technology comes the health risk associated with these types of "Nano" products....

When it comes to "Nano Coatings" this is something for everyone to consider........

This was taken from a column in AutoDetailingNetwork


Nanotechnology & Respiratory Risks

With all the talk about nanotechnology in the detail business, you must be aware these small particles used in detailing chemicals do not come without risk.



While researchers are busy exploring the hundreds of commercial applications for nanotechnology, less attention is being given to determining the possible health implications of working with particles whose extraordinarily small size causes then to behave in strange, sometimes unpredictable ways.



So the question is: “Do the unique properties that make them so useful also make them uniquely dangerous?”

As well, since the most likely avenue of exposure is airborne, will existing respiratory protection (when it is used in detailing) be effective with nanotechnology compounds and polishes?



A Precautionary Approach


Although subatomic particles are more biologically active than larger particles of the same composition, scientists are not sure what that means in terms of their possible effects on human health. Studies suggest that exposure to nano-sized particles contributes to pulmonary problems like lung disease and decreased lung function.



Under what circumstances might exposure occur?



Researchers are working on developing ways to accurately assess the health risks of nanotechnology, the National Institute for Occupational Science and Health (NIOSH) recommends taking a precautionary approach to respiratory protection.



Develop a Risk Management Program



NIOSH says a nanotechnology risk management program should include:

• Evaluating potential nano hazards in the workplace, using existing chemical, toxicology and health information.
• Assessing the workers’ tasks to determine the potential for exposure; and
• Training workers in the proper handling and use of nanomaterials.

You should reduce the exposure by changing your work practices, when feasible; followed by the use of controls like exhaust ventilation systems with high-efficiency particulate air (HEPA) filters in your shop.
Respirators would come last on that list if the other methods are not successful at reducing exposure to your target level or they are not an option for whatever reason.



But are existing respirators effective with nonmaterial’s?



Despite the difficulties of studying particles that are only slightly larger than molecules there is data that answers that question.



It is hard to generate, control, and measure particles that are less than a hundred nanometers in size, so until there was really a need to do that kind of research, no one really tried to do it.



Extensive studies on filtration, leakage, and respiratory protection performance have been conducted with findings that offer useful information for safety professionals, only.

Use RSL guidelines


It is recommended that companies use the respirators. There is nothing about nanoparticles that suggest you need to change the practices of how you select respirators for your employees.
RSL (respirator selection logic) is a decision-making tool developed by NIOSH to help employers choose the proper respirators for their workplaces. The RSL takes into account the Assigned Protection Factors (APF) developed by OSHA to indicate the level of protection that a respirator or a class of respirators is expected to provide.
The burden is on the employer to provide adequate protection for their employees. So choose NIOSH approved respirators.



Expect inward leakage


Even the correct respirator won’t completely eliminate exposure to nonmaterials. While wearing a respirator, even one that has been properly selected and you have been fit tested on, one can still get some exposure into the lungs. This exposure is known as “inward leaking,” and occurs when particles penetrate through the filter or through face seal leakage.



Very small gaps can create opportunities where nonoparticles can go around the filter and directly through the gap between the face and the respirator. It is particularly difficult to get a strong seal around the nose and chin. Fit testing can minimize the gaps, but not completely eliminate them.



Nanoparticles are unique, they have some wonderful properties, that‘s why scientists like studying them. Some of these properties may lead them to be more hazardous, but at the same time, some of the traditional rules that we use for filtering out particles and controlling worker exposures are still valid.


So with all of this said, to me this totally takes away the satisfaction of spending all day to make your vehicle look shiny and beautiful....that is if this health risk is involved.......



JMO.....

 

Very interesting information, thanks for sharing. Although considering the quantity of carcinogens we surround ourselves with and injest on a daily basis I'm surprised we're not suffering more illnesses.