I was talking to a customer yesterday when I was asked a question that sent the lights off in my head. She was asking me “when” her car would be finished. Not really an unusual question. However, when I answered her, her response was, “why is it going to take sooooo long?” While I was answering her question, I realized that most people don’t really know what happens when your car gets in an accident. Take a look at the car cleaning equipment in www.zas.com.au, we also have a car detailing products available.

Since, unfortunately, most of us will eventually have to have some sort of “body work” done at some time in our lives, I thought it might be interesting to explain what really happens here!

When a car gets hit, metal bends. Pretty simple, huh? Yup, shopping cart makes contact with your car, pushes a little, and there you have it! A little “dent”, “ding”, “scratch” or whatever you want to call it. It only take a second to accomplish. But, removing it takes hours… and hours. Why? Here’s what happens:

The “dent” has pushed in the metal. To “push it back out” first of all, you have to be able to get to it! This usually requires the dis-assembly of some parts. Once you are able to “get at” the spot from the other side, you have to decide what is the best method of “pushing the metal back the other way”. Without getting too technical, I’ll tell you there are many ways to accomplish this. The idea is to get the job done with the least amount of damage to the metal. Small dents and dings are actually harder to get out than the big ones. Once metal is “moved” in a certain direction, it doesn’t like to come back easily. Sometimes it may require a rubber mallet, sometimes the use of precision body hammers (made in all kinds of styles to make this job easer). Sometimes, the dent can’t be pounded out! In this case, we need to drill a hole in the middle of the dent, insert a “slide hammer” tool and pull the metal back out to where it should be. It all sounds so simple, but, it really requires a lot of experience and a lot of science to do it properly.

Once the “dent” is brought back out to where it matches the rest of the metal, we check to see how much damage was done to the paint around the dent location. All of this pushing and pulling in and out can crack the painted surface which in turn lets the elements into contact with the bare metal of your car. That can cause major damage to your vehicle in the form of corrosion and rust. To avoid any possibility of this happening, we “scuff” the damaged area around the dent and then, prime it with a primer which seals the area and gives a perfect surface for the paint to adhere to. Then the area is sanded and painted with the color to match the rest of the vehicle. After drying, the area is sprayed with a clear coat finish which provides a protective, glossy seal to the paint. After the clear is dried and cured, it is wet sanded, buffed to a beautiful finish and then glazed to a brilliant shine!

So there you have it! Now, the work I just described is what is required just to remove a small “dent” or “ding” in a body panel. You can imagine what is involved when a car is involved in an accident! These guys are engineers. Straightening the frame or uni-body on today’s cars requires talent and is not for the backyard body man or the do-it-yourselfer. The guys who do this type of work are artists. They work long hours and they endure horrible temperatures because they love to fix what others can’t. The next time you take your car to a body shop, remember, the work they do there is complex and requires a lot of skill and many years of on the job training to become the professionals they are. They want to fix your car as quickly as possible, but, they are limited to the steps that are required to do the job properly. Your safety and satisfaction is their priority. Your patience will be rewarded with a car that is as safe and beautiful as the day you drove it out of the showroom.

I hope this gives a little insight into what happens when your car is damaged. Although I have only touched on the basics of auto body repair, I’m sure it will give you a pretty good idea of what kind of work is involved. For this reason, it is important to choose your repair shop carefully. Research the shop and ask for references. A good shop will gladly give you a list of references along with pictures of their completed work. Ask about warranties and guarantees. These are important and will save you lots of money in the long run should you have a problem with the repair. Remember what the cost was for that dent? Don’t want to pay it again, right? A good shop will provide you with, at the very least, a 90 day warranty on the paint.

Here at LDJ Auto Body we guarantee our body work for the life of the vehicle and our standard paint job is factory warranted for at least 1 yr. and you can purchase additional warranty coverage for that “show” paint job too!

That’s all for now. Drive safely!

Finding a body shop that does great work and has your car ready on time can sometimes be a chore. But not at LDJ Auto Body. Our loyal customers will tell you they won’t take their cars anywhere else for their auto body and automotive paint needs. That’s why we are the Number #1 shop in Riverview, Brandon, Apollo Beach, and the surrounding Tampa Bay areas!

Article Source: http://EzineArticles.com/expert/Denise_Blackman/1727960

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Nano paint protection for vehicles is the most effective feasible type of surface for your motor vehicles surface due to the fact that not simply does it keep the shine of your paintwork gleaming as though it has simply left the showroom, but it is additionally self-cleaning. An effective way to protect your car is to choose ceramic coating Perth because it would fit for your needs.

The procedure behind it is remarkable and is based on something from attributes. It is called the lotus effect because it was found that the lotus floral has self-cleaning homes on its fallen leaves. This likewise puts on a few other plants such as cane, nasturtium and prickly pear. On top of that, some bugs such as certain butterflies and dragonflies have the exact same capability.

When Was The Lotus Effect Discovered?

Experts initially began to study this sensation in 1964, and the job was further created by Barthlott and Ehler in 1977; it was they that initially created the term the lotus impact. The fallen leaves of the lotus blossom have a remarkably higher water repellent property which is called super-hydrophobicity. When it rains, water droplets roll throughout the fallen leaves and get dust, eliminating it from the surface, thus allowing the plant to remain tidy and the leaves to do their feature of photosynthesis to make it possible for the plant to grow.

The high surface strain of a water droplet indicates that it has a tendency to decrease its surface in an endeavor to accomplish a form which is as near to a sphere as feasible. On reaching a surface area, forces of adhesion cause the surface to become damp. The area might come to be partially moist or totally damp and this will certainly depend upon the fluid strain of the water droplet and the sticky nature of the area.

The less of the water droplet that touches with the surface area, the higher that surface s hydrophobicity is said to be. This hydrophobicity can be assessed by the contact angle of the water droplet on the area. The lesser the get in touch with angle, the lower the hydrophobicity and the other way around. If a call angle on a particular surface is much less compared to 90 levels the area is described as hydrophilic. Higher than 90 degrees it is hydrophobic.

Some plants have a get in touch with angle of as high as 160 levels which means that just around 2 % of the water droplet touches with the surface area. When it come to lotus leaves, the get in touch with angle is as higher as 170 levels. These surface areas are claimed to be super-hydrophobic. The surface area of a water droplet touching a lotus fallen leave could be as litlle as 0.6 %.

Exactly how Does Dirt Obtain Washed Off The Surface area?

When filth jumps on to such a surface the quantity of bond in between the dirt bit and the surface is much less than on other surfaces. When a water droplet rolls across the area the quantity of bond in between the surface area and the gunk bit is less compared to that in between the dirt particle and the droplet, so the filth fragment is picked up by the droplet and lugged away leading to automated cleaning of the surface. This only works because of the higher level of area stress of a water droplet and does not function in the same means with organic solvents.
Fundamentally, that is exactly how it works for the lotus fallen leave. Precisely the exact same principle is used in nano paint innovation for car paint protection Melbourne.

How Does Nano Paint Protection Work For Cars?

Nano innovation has actually progressed to the point wherein a challenging safety ceramic layer can be put on the lacquered completed surface area of the automobile s paintwork when it leaves the manufacturing facility. The lacquered surface is not insusceptible to bird droppings, UV, or chemical etching and can be quickly ruined or scratched. When this takes place the only option is to brighten off the scratch marks or swirl marks consequently lessening the thickness of the factory paint layer. Over time this indicates that eventually a respray will be needed.

Many people will certainly utilize a wax polish or a polymer paint sealer on the paintwork, however this still leaves the paint surface prone to damage from the ground up, bird droppings and so forth, as these could pass through the polish or sealant.

Exactly what Is the Answer?

The response is to apply a difficult nano paint technology covering to the area of the paintwork. The coating is much less susceptible to damages than other surface coverings, however even if swirl marks or many others damage need to take place the layer itself can be polished off and re-applied. This implies that the manufacturing plant paintwork will not be harmed and will certainly preserve its density and shine.

Basically nano modern technology copies the results located in attributes in a general means and super-hydrophobic finishes have actually been made use of on man made areas for a significant variety of years. One such application is self-cleaning glass utilized for home windows, yet they have been made use of in different other applications also. For example, super-hydrophobic coatings including Teflon fragments have actually been utilized on medical analysis slides.

The same innovation has actually been made use of for things as unique as roof covering tiles and leather upholstery. It could be used on satellite tv recipes, as an example, in order to reduce the probability of rainfall discolor and to deal with any accumulate of ice and snow on the antenna.

It has actually even been made use of for plant growing. The Groasis Waterboxx is a device created for planting tiny plants in areas of extreme dry spell which allows the young sapling to have sufficient water reach its origins until the roots decrease far good enough into the ground to reach water. The Waterboxx can then be taken out and used once more in other places. Nano technology makes it possible for the Waterboxx to gather condensation and condensation and funnel it down to the origins of the sapling also in locations of desert.

In order to protect the paintwork of your car and preserve that fresh from the showroom appearance with none of the effort, nano paint protection is the solution for the discerning motorist. You will never have to fret about scrape marks or bird droppings, and your car will simply require a quick rinse to remove any type of gunk. It doesn’t matter whether your car is new, or several years old; we could keep it the method it is, or recover it to the method it was.

You will certainly also be able to make fun of your neighbors washing and polishing every Sunday morning!