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Just finished washing my car.Dried car with 2 large waffle weaves. I used Griots spray wax as I died. As I walked back around with a new towel to get any new drips from mirrors etc. I was already gathering dust. Will polymer products help?
Are you getting dust or pollen? The only sure way to deter static dust attraction is to ground the vehicle to allow the static electricity to flow out and away from the vehicle. I use this method when correcting and coating vehicles and it works beautifully.
Could be pollen here in Florida. Just amazed how quickly it was accumulatingAre you getting dust or pollen? The only sure way to deter static dust attraction is to ground the vehicle to allow the static electricity to flow out and away from the vehicle. I use this method when correcting and coating vehicles and it works beautifully.
Are you getting dust or pollen? The only sure way to deter static dust attraction is to ground the vehicle to allow the static electricity to flow out and away from the vehicle. I use this method when correcting and coating vehicles and it works beautifully.
CC paint is, for all intents and purposes,Are you getting dust or pollen? The only sure way to deter static dust attraction is to ground the vehicle to allow the static electricity to flow out and away from the vehicle. I use this method when correcting and coating vehicles and it works beautifully.
CC paint is, for all intents and purposes,
a ("plastic") resin system. Acts as an electrical-insulator. So does many waxes and sealants.
Since the static charge (from the interaction/"rubbing" between a vehicle and it's environment) is on the surface of either a "plastic", or an LSP---surfaces that are insulated from the vehicle's metal-substrates/frame/etc...
How exactly are you grounding the vehicle's paint? :dunno:
Bob
Your painter Friend is using Safe Practices...on uncured paint.From any bare metal surface in or around the engine bay area and down and out to a metal grounding rod 4' deep in the earth. Learned this trick from a friend who uses this method in the spray booth at his body shop. I thought he was joking at first but it works quite well.
Hi Mike,
My background is atomic and molecular physics where I did 10 years of research at various international facilities. I subsequently retrained to bring me into the chemical industry which is where I presently operate.
Reading your article I do appreciate where you are coming from but there are some things which have been confused conceptually. Free charge is what needs to be discussed, as you presented, at the atomic level, there is a great deal of localised charge but at a macroscopic level, this basically cancels out. The charge of resins (and materials in general) is not as presented. The resin is neutral, once applied/cured etc, it is quite quite neutral. Without interaction, there is no free charge either in or on the painted surface (as above, at least not which is not countered). It is now that the charging occurs. The key is that the surface interacts with the environment. It picks up and looses charge as a result. This happens to everything, whether it is paint, plastic, metal etc. - what happens next is what defines the effect you are discussing. In a metal the localised charge build up is rapidly dissipated because the surface is conductive - any electrons can be incorporated into the electron cloud. Most of the time, a large metal surface will have some direct or indirect contact to earth and will thus leak the excess charge away. Change to a plastic (or resin as you discuss) and the situation is very different. The substrate is not like a metal, there is no overlapping electron cloud which can easily incorporate localised charge variations so there is very little in the way of charge dissipation (it is, to some degree, an electrical insulator). This means that charge stays localised. With many interactions, charge builds up and cannot move anywhere (thus the term 'static' charge).
So as you can probably see, the dielectric (insulating) properties are thus critical in defining how a surface will 'charge up'.
Wax is, as alluded to, no good here - it is a fairly good insulator. Many silicones are the same so sealants are not a guaranteed solution. However it should be noted that this is not a totally blanket answer. There are many antistatic solutions which work in a variety of ways but the basic principle is to make the surface slightly conductive so that the localised charge can dissipate.
Now the proposed solutions:
- Grounding the vehicle - a perfectly reasonable suggestion and it will 'release' any charge which has built up over conductive surfaces. However it is not going to be a solution because, as above, the static charge will predominantly be trapped on insulating surfaces from which is has no way of reaching the earth/ground you have provided.
- Water wipe down - this will temporarily dissipate charge however all you really need is to sheet the water over the vehicle because the contact of water (which will be slightly conducting) with the localised charge will release it. The charge will then be able to flow to earth through the water. As such, even a rain shower will achieve the same thing.
- QDs - in many regards as above, the charge is dissipated through the product and to ground via you (your body). There is the added benefit that a good QD should almost certainly have antistatic properties which should inhibit surface charging for a period of time.
I hope that helps in understanding the effect.
Like I mentioned:
The dust is insulated, from any metal surfaces, by the "plastic paint" and LSP film layers.
I honestly don't see how: Hooking up grounding, from the vehicle's metal surfaces, is going to release the static-charge build-up from the paint!
Bob
I'll bet (up to, and including, $2.00) that the above theory won't hold water---(HEE HEE)...once the car is dry, the subsequent LSP application has taken place, and a microfiber towel is used on the surface for "haze removal", leveling, Final Buff, etc.?Maybe it gets discharged during the after compounding wash? Maybe the water provides the path to ground as it sheets across the paint and onto other metal parts? I'm fine with not knowing exactly how it works so long as it works! Lol!
But, I don't believe in electrical charges and whatnot having a realistic effect on dust on your car.
We had a pro detailer on another forum (with a fixed-location, quite large shop) who said he routinely ran a wire from the chassis of the car to a water pipe to dissipate static buildup from when they were wiping down the car. He swore by it.
Maybe this works, maybe it doesn't. But the second you pull a car outside and take it for a drive it will get dust and pollen.
Quite true, the idea that people could use a product that will actually repel dust is a pipe dream.
My belief is that this type of product could easily be made however, where would that put all of the detailing supply companies? Probably in bankruptcy. There will always be more profit to be made in the treatment rather than in the cure! :-(