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The concept of ceramic coatings is now familiar to most vehicle owners today. A clear coat that includes a liquid polymer, nano-ceramic coating in Sri Lanka has caught the attention of vehicle owners.

When a ceramic coating is applied onto a vehicle’s paint surface, the polymer in it forms a chemical bonding with the factory paint. Once coated, nano-coating in Sri Lanka can only be removed by serious abrasion and not by any chemicals. If done correctly a ceramic coating job can last for a very long time.

Ceramic coating in Sri Lanka offers excellent protection to a vehicle’s surface. The coating protects the car from most scratches, dirt, debris, and chemical contaminants. Ceramic coatings also don’t have any side-effects to the original paint surface. This type of coating lasts for longer than regular paint. Since the coating binds with the factory paint on the vehicle’s surface due to strong chemical bonding, the protection that ceramic coatings offer remains intact even under heavy shocks and vibrations.

A vehicle surface that has been treated with ceramic coating is also very easy to clean. The body panels that are treated with ceramic coatings will be glossy, smooth and free of abrasions. It also negates the effect of dirt and road debris to stick onto the surface and even if it does, a simple wipe with a clean cloth will bring the vehicle back to its glossy finish.

Before the advent of ceramic coatings and paint protection films, vehicles were given that extra shine by waxing. However, the results of waxing is temporary and the effects will wear off fast. While both ceramic coating and waxing takes up a considerable amount of time to be applied, in the long run, ceramic coating is superior to waxing due to its longer life and better finish.

The longevity of ceramic coatings indirectly makes it a more cost-effective option. Additionally, besides all the above mentioned advantages, ceramic coatings simply make a vehicle look much better.

The downside of ceramic coatings, however, is that it comes at a high price and the price point varies depending on the quality. Though ceramic coating might be cheaper than PPF or Paint Protection Film, the cost is still relatively high.

Another disadvantage is that the application of ceramic coating takes up time. If you plan to treat your vehicle with ceramic coating, be ready to leave it at the detailing shop for at least three days. Moreover, if not applied professionally and in the correct manner, ceramic coating might end up looking worse than the original paint finish of a vehicle.

In the end, every vehicle owner wants to keep their vehicle in their best possible shine throughout all its life. Since the effects of ceramic coatings are long lasting, people opt for it even if the costs are comparatively higher.


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A definition of ceramic nano coating protection

  • Nanotechnology is the design, production, characterization and application of devices, structures and systems by controlling the shape and size of the building blocks at the nanometer (nm) scale.
  • From this, nano-coating in Sri Lanka or ceramic coating is defined as the modification of surfaces within the range of thickness from a fraction of nanometer to sub-micrometers through chemical compounds made up of nanometer-scaled particles and useful agents to improve and enhance functionality and prevent from damaging effects of external factors on end-use products.

Nanoceramic coating in Sri Lanka are normally applied onto vehicle surfaces, thereby making changes to the surface energy of materials to make products capable of desired properties. These properties are:

  • UV/IR irradiation or gas penetration blockages
  • Air permeability
  • Higher endurance for impacts and high temperature or pressure working conditions
  • Hydrophobic, hydrophilic, oleophobic qualities that alter the angle of liquid contact on the surface
  • Reduction of abrasion and wear and tear
  • Elimination of bacterial growth
  • Optical adjustments like transmittance, anti-reflection and improved light absorbance
  • Resistance to scratches, stains and harmful corrosion and chemicals

How many types of ceramic coatings are there?

Coatings in the nanometer scale can be grouped into two categories, namely functional coating and self-assembled nano-phase coatings.

Functional coatings present different qualities than traditional protective or decorative coatings as they respond in a more proactive way to the environment.

The differences exhibit mainly in the chemical, mechanical, physical and thermal characteristics at a number of territories of coating-substrate assembly:

  • In the structure of the coating (e.g: fire-retardant coatings)
  • Coating substrate interfaces (e.g: scratch resistant coatings)
  • Air-coating interfaces (e.g: self-cleaning coatings)

Self-assembled nanoparticles will intrinsically organize themselves within regular structures or patterns by utilizing local forces to find the lowest energy configuration. This creates a nano-phase manipulation of the matter.

Self-assembly is a useful method in the presence of nanoparticles which are too small to maneuver into an ordered shape with ease. Moreover, self-assembly can also generate nanoparticles that have true 3D order economically through a bottom-up approach when compared to top-down approach strategies with limited amounts of production and extensive costs.


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If you care about your vehicle and the physical appearance of your vehicle’s exterior, you’ve probably done some research on the products available to protect and preserve a vehicle’s paint surface. Through research, you would have also come across some information about two different products – paint protection film and ceramic nano coatings.

You may have questions like what’s the difference between these two products, how will they help in keeping the exterior surface in perfect condition and what is the best option for you? Let’s read on and tackle your questions and find out about the difference between paint protection films and ceramic nanocoatings:

What is paint protection films?

A paint protection films is a transparent, urethane material that is applied to an exterior painted surface of a vehicle. Essentially, automotive paint protection films help to preserve the quality of a vehicle’s paint by reducing the risk of a number of different damages like:

  • Swirl marks during car washing
  • Hard water spots from mineral deposits
  • Chips and scratches caused by rocks and debris from roads
  • Oxidation or fading due to UV exposure
  • Chemical etch marks and chemical stains caused by acidic condiments

What is ceramic nanocoatings?

Nanoceramic coating in Sri Lanka is a liquid polymer that is applied to the exterior of a vehicle’s surface. After application, ceramic coatings chemically bond with a vehicle’s factory paint, creating a layer of protection and a hydrophobic surface. This hydrophobic property of ceramic coatings makes it harder for contaminants to bond with the paint surface of a vehicle. This kind of protection gives vehicle owners two main advantages:

  • It helps to keep the vehicle cleaner for longer
  • It makes the vehicle easier to clean when the time does come for a wash

Ceramic coatings also help in lessening the risk of certain types of damages like:

  • Oxidation or fading due to UV exposure
  • Chemicals stains and chemical etch marks caused by acidic contaminants

The similarities with paint protection films and ceramic coatings

As you have seen, both products work in keeping a vehicle looking newer for longer by protecting and preserving the vehicle’s surface paint.

In addition to this common property, the two products have some overlapping performance features. In particular, both products help in reducing the effects caused by UV exposure and acidic contaminants. So using either product will only help in adding more value to your vehicle.

The difference between paint protection films and ceramic nanocoatings

Despite the similarities of the two products, paint protection films and ceramic coatings do have significant differences and serve different purposes in protecting the surface of a vehicle.

Paint protection films are thicker than ceramic coatings and they have a chemical composition that allows it to self-heal. In other words, it returns to its original form after an abrasion or an indentation. These important properties give paint protection films the ability to absorb and withstand small scratches, swirl marks, rock chips, and hard water spots without being permanently damaged.

Ceramic coatings do not have that ability and despite the claims of some manufacturers and installers, ceramic coatings do not completely eliminate the risk of scratches, swirl marks, rock chips, and water spots.

Nevertheless, ceramic coatings do have their strengths, particularly when it comes to the hydrophobic surface it creates. Some paint protection films are equipped with a hydrophobic clear coat, but they don’t perform with the same effectiveness of a full ceramic coating. On top of that, when a ceramic coating is applied to your vehicle, you get the benefits of its hydrophobic qualities on every surface without having to apply a film to the whole vehicle.

What is the best solution for the ultimate protection for your vehicle surface?

If you’re confused as to which product is right for your vehicle, here’s the good news – you don’t have to choose one over the other. Both products can be applied to the same vehicle surface. Doing so will give you the advantage of the dynamic duo of paint protection film and a ceramic coating to create the ultimate protection for the surface of your vehicle.

Here’s how both products can work for you:

A paint protection film is first applied to the sections of your vehicle that are more prone to scratches and rock chips from road debris. Since a nanocoating in Sri Lanka doesn’t fully reduce the risk of this kind of damage, it’s important to apply a paint protection film to these areas first. The sections include the hood, fenders, front bumper, rocker panels, side mirrors, and the rear wheel arch.

Once the most vulnerable parts are covered with a paint protection film, your whole vehicle is then treated with a ceramic coating. The ceramic coating will bond with both the vehicle’s factory paint and the paint protection film that was applied. When applied over the protection film, the ceramic coating will provide an added layer of protection from chemical etchings and stains. It will also keep the paint protection film clean and free of contaminants, thereby lengthening the life of the protection film.

The ceramic coating will reduce the risk of etch marks, stains, and oxidation everywhere else on the vehicle, regardless of whether those sections are protected by paint protection film or not. The hydrophobic surface of a ceramic coating treated vehicle will also make it more difficult for contaminants to bond with the paint surface, thereby keeping the paint cleaner and easier to wash. Moreover, the smooth surface of a ceramic coating in Sri Lanka will also enhance the gloss to your vehicle’s factory paint.

Together, these two incredible products will help in preserving and protecting your vehicle’s paint in the long run and also enhance its appearance greatly. So if your goal is to have your vehicle’s paint surface looking great every day while protecting it against contaminants, a combination of ceramic nanocoatings and paint protection films will be the best fit for you.


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For as long as there have been cars, there have been car enthusiasts constantly worried about ruining their car’s paint job. And it’s no surprise that the wear and tear a vehicle goes through on a daily basis creates the ideal opportunity for damage and deterioration to occur on a car’s exterior finishes.

Since before the invention and introduction of motor vehicles, we have always paid special attention to protect our modes of transport from the effects of environmental elements. As time went on, carriages were invented and then motor vehicles and having them has always been a source of pride and a major purchase for many. As long as we have been driving them, we have also always wanted to keep our vehicles looking shiny and new.

Let’s take a look at the history of automotive paint protection up to present times.

  • In 1800

The first vehicle wax was invented in Germany using animal fats to protect the lacquer finish on horse-drawn carriages.

  • In 1888

Menzerna came up with a polishing compound for automobiles. To date, this compound is still one of the top-selling paint protection products in the market.

  • In 1901

Frank Meguiar Jr. set up a polish furnishing lab and started manufacturing his product from his basement. Meguiar’s product continues to be a staple even today in the auto detailing industry.

  • In 1910

George Simons created a car cleaner from carnauba wax and the term ‘Simonize’ was introduced.

  • In 1944

The first liquid bottled car polish was invented. Plaston™ did eventually change their name to Turtle Wax® and its success story is well known.

  • In 1969

DuPont came up with a polymer sealant and it was the first of its kind.

  • In 1970

European and Japanese car manufacturers developed and introduced a clear coat finish to the auto detailing industry.

  • In 1990

Detailing clay started to make its way into the US automotive market and still remains a must-have essential to date in a car detailer’s tool box.

  • In 2000

PPG Industries developed CeramiClear – a product which eliminated paint degradation from UV radiation and acid rain.

  • In 2001

Dr. David Ghodoussi founded Optimum Polymer Technologies – the manufacturer of Opti-Coat Pro – after years dedicated to the research and development focused on polymers and automotive paint formulations.

  • In 2007

Nano coatings were first developed and they helped to provide superior paint protection by bonding to the car’s finishes to create a permanent, strong coating.

  • In 2010

Nanoshine Ltd. developed Ceramic Pro which was a series of products made with nano ceramic coating technology to protect the exterior surfaces of automotive, marine and aircrafts.

  • In 2014

Ceramic Pro introduced a new formula of Pro 9H. Its transparent 3D matrix structure protects the paint and the surface from scratches, dirt and debris, aging, graffiti, weathering, road salt, rock chips, oxidation, bugs, bird droppings and even acid rain.

  • Today

Research and further development of advanced paint protection for vehicles continues. It’s an exciting time for the auto detailing industry and for car enthusiasts as well who want the ultimate shine and surface protection for their vehicles.

As you can see, through the years, automotive paint protection has come a long way. Let’s take a look at some of the key highlights:

 Car Wax

In the 1940s, a company in Chicago developed a new product for automotive paint protection called turtle wax. This wax went on to remain as the most common method of paint protection for vehicles for a long period of time. Turtle wax was derived from a substance known as ‘carnauba’ found in Brazil. While car wax does provide a glossy shine to the exterior of cars, they do not last a very long time and need to be reapplied every few months.

Sealants

By the time the end of the 60s came around, the next big step in vehicle paint protection took the form of synthetic car wax, also known as a sealant. Sealants are made from artificial polymers and do provide a rich, glossy shine but with a plastic, glassy look to vehicle paint surfaces. However, sealants contain abrasive particles on its makeup that causes damage to a car’s paint surface, while the surface treated with sealants also attract stray dust particles which causes micro-scratches on the exterior of vehicles.

Car Polish

In the 1990s, new car polishing techniques that embraced chemical engineering become the next big thing. One such example of this was car polish – a liquid that contained fine, abrasive particles for cutting and refining the clear coat on cars during polishing. While car polishes did produce some form of protection for a car’s paint job, its main purpose was to provide a glossy shine to the car’s exterior. Also, car polishes had another downside, and that was polishing the car more than once a year would eventually cause the polish to wear away on its own and expose the car’s paint beneath it to the elements.

Ceramic Coating

At the beginning of the new millennium, nano technology revolutionized the automotive paint protection industry. This newest innovation to the field of car paint protection called nano coatings in Sri Lanka or nano ceramic coating in Sri Lanka, offer superior permanent protection and durable shine to the exterior surface of vehicles. Once a ceramic coating in Sri Lanka has been applied to the surface of a car, it forms a powerful chemical bond with the vehicle’s surface. This bond is permanent and requires no reapplication of the coating, though routine maintenance is necessary to keep it in its optimum state. Ceramic coatings also help to protect the car’s surface from mechanical dangers like fingernail scratches, environmental hazards like harmful UV rays, mud, and dirt as well as chemical contaminants that may be mixed up in the atmosphere or other such elements that might reach the car’s surface in some other manner.


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With nano ceramic coating in Sri Lanka being all the rage now, the question arises – what exactly is ceramic car coating and is it really worth the hype? While there are a number of ways to spice up your vehicle exterior that include self-cleaning methods and paint correction, there are many who are looking at ceramic car coating as a viable option.

Ceramic coating is certainly all over the internet these days with so many videos across social media demonstrating mud being thrown over a car hood and it sheeting off immediately leaving hardly any dirt marks.

In this post, let’s take a look at some of the realities of ceramic coating or nano coating in Sri Lanka for your car, if it fulfills what it claims to do and if ceramic car coating is the right choice for you.

Introduction to ceramic coating

Every car owner wants their car to look as amazing as it did the day it was bought from the dealers lot. But despite your best efforts in maintaining your car’s exterior, scratches, stains and chips are inevitable and the paint will begin to dull and fade from the effects of the sun.

Your car’s surface is constantly under attack from dust, mud, water spots, dirty rain water, grime and unwanted brake dust. And cleaning your car is no breeze either, with the job often being boring, monotonous and time-consuming. Automatic car washes, on the other hand, often scratch and mar the paint while the chemicals that are used are no better for the surface.

While wax adds a good level of shine and gloss to the surface of a car as well as a small amount of protection, wax only lasts for a few months and it certainly doesn’t act as a quality glass coating product.

This is where ceramic or nano coating come in to the picture. Initially designed for the oil and space industry, the 9th ceramic technology has now expanded rapidly to the automotive industry too, thanks to how effective it really is.

What is ceramic coating for cars?

The easiest way to understand ceramic coatings is to think of it as a second layer of skin or protection over your car’s clear coat. Ceramic coatings utilize nanotechnology, which are essentially tiny particles that form a very fine layer that is completely invisible to the eye. Because these particles are so tiny, when they are applied to a surface, they seal all the pores, making the surface water-repellent and resistant to chemicals, scratches, extreme heat and UV rays. A layer of ceramic coating is also completely transparent.

The difference between an uncoated surface vs a nano ceramic coated surface

The nano ceramic coating forms a semi-permanent bond with a vehicle’s surface, creating a protective layer that will not wash away under cleaning or break down over a short period of time. In fact, ceramic coatings usually lasts for years.

They repel water and all kinds of dirt and grime, making cleaning much easier. Additionally, their hardness helps to prevent swirl marks and marring from washing as well.

What are the available options?

Although ceramic coatings are going mainstreams only in recent times, ceramic car coatings have been in the detailing industry for several years now.

However, because of their prohibitive costs through detailers, the coatings have only been accessible or cost-effective for enthusiasts and owners of high-end vehicles.

In recent times, there are two options for having your car’s surface ceramic coated:

  • Professional applications

These are ceramic coatings that are applied by trained and certified professionals and offers super hydrophobic properties. Because of the experience, equipment and labour involved, the costs are relatively high. The nano ceramic process usually takes anywhere from about one to five days depending on the condition of your vehicle’s surface, the size of your vehicle and the packages you select.

  • DIY consumer kits

Recently, an exciting range of consumer level ceramic car coatings have been introduced to the marketplace and it has opened up nano ceramic coatings to drivers who are less concerned about their cars being of showroom quality and more about the ease of cleaning and protection against the elements.

These DIY consumer kits are specially formulated so that they are less sensitive than the professional-grade ceramic coatings and they are designed to be applied with little or no experience. The quality and durability of these DIY products can vary a lot but when compared to the costs of professional apalcions, this option is much more accessible and feasible to the average driver.

What ceramic car coating can actually do

There’s a good reason why ceramic car coatings are so popular. A lot of the benefits it offers are simply unheard of in the automotive industry. Here are some of its advantages:

  • It is hydrophobic (water-repellent)

This is perhaps the biggest advantage of nano ceramic coatings. This basically means that water will instantly be repelled when it comes in contact with a surface treated with ceramic coating. A car surface with ceramic coating will cause water to bead up and roll off the surface along with dirt, grime and mud as these elements have also been unable to bond with your car’s surface paint. Ceramic coating’s hydrophobic properties are often the first demonstration people give.

  • It repels dirt, mud and grime effectively

Ceramic coating does a more effective job of protecting the surface of a vehicle than an ordinary paint job. Rain and water bead on the surface instead of accumulating on it, snow and ice doesn’t stick to the surface and mud and dirt just slides off.

  • It protects the surface from oxidization, rust and UV damage

Typically, the more vehicles are exposed to the sun, the more the paint will start to fade and look dull. This is caused by the sun’s ultraviolet rays that causes the paint to oxidize. Ceramic coating acts as that extra layer that helps to dramatically reduce the process of oxidization.

  • It offers improved durability

As already mentioned, ceramic coating does a more effective job of protecting the surface of your car than ordinary paint. Nano ceramic coating in Sri Lanka bond with the molecular structure of a car’s paint and cannot be dislodged by vibrations and external forces, making it last for years and not just months.

What ceramic car coatings cannot do

There are plenty of myths and misconceptions about ceramic coatings. Some may be logical but even the best nano ceramic coating in Sri Lanka cannot make a car bulletproof. And it is certainly not a magical, all-encompassing product that will protect your car against all the potential hazards a vehicle’s surface is exposed to. And the truth is that not every vehicle will benefit from it.

Ceramic coatings cannot stop rock chips, they do not prevent water spots and they can not fully replace proper care and maintenance. They do not prevent dents and they definitely do not last forever.

Just because your vehicle has been treated to ceramic coating, it doesn’t mean that you no longer need to wash off the dirt and dust and remove bird droppings from the surface. You still have to but the only difference is that maintaining the surface of your vehicle will require a lot less time and effort.

Here are some of the most common myths associated with ceramic coatings:

  • Ceramic car coatings are scratch-proof

A lot of retailers and suppliers exaggerate the scratch resistance of ceramic coatings, going so far as to say that it is resistant to rock chips and scratches which is certainly not true.

Ceramic coatings does prevent small scratches and the protective layer it forms will help against minor incidents that would otherwise mar the surface of your car. However, it is not thick or flexible enough to absorb the impact of a rock hitting the paint surface at highway speed or to resist against someone purposely trying to scratch the car.

  • Ceramic car coatings don’t require maintenance

This is one of the most common misconceptions. A ceramic coating will cut down heavily on the amount of washing and maintenance but it will not completely eliminate the need for it.

The fact is that you’re going to drive your car and the road is a dirty place, so the surface is going to gradually get dirtier with a ceramic coating.

What you get with ceramic coating is that cleaning will require less effort and less frequency and maintenance is going to be easier overall. Additionally, it also eliminates the need to wax every few weeks, helping you save a lot of money as well.

  • Ceramic coatings are permanent

While this is true in some sense, ceramic coatings are actually semi-permanent as it bonds with the car’s surface and creates a hard and shiny protective layer. This means that you don’t need to reapply every other month to maintain that glossy surface.

So how long does ceramic car coating last? With a good product and the proper application, it would last for at least two or three years but it’s definitely not permanent.

  • Ceramic coatings are easy to apply

This is partly true with the new DIY consumer kits becoming available to customers which makes the application process relatively easy.

That said, the process of applying it is not necessarily simple. Before a nano coating in Sri Lanka is applied, the surface of the vehicle needs to be free of blemishes, which applies to even brand new vehicles. It really depends on the condition of the vehicle’s surface. As the ceramic coating will semi-permanently add a layer of the vehicle’s paint, it’s important to do any paint restoration before applying the coating. It’s recommended to wash the vehicle, as well as clay, buff and keep it pristine while applying the coating.

  • Ceramic coatings provide more gloss than waxes and sealants

The truth is that nano coatings for cars don’t provide the gloss alone; the prep work done underneath the coating is vital as well. If your vehicle has a very faded layer of paint and you apply a ceramic coating on top, the surface will still look faded, with only a little bit of shine.

So, is it worth getting a ceramic coating your vehicle?

The answer is yes, absolutely. The marginal investment, especially from a DIY point of view, makes getting a ceramic car coating well worth it. The upfront costs will pay for itself in savings in a few months. A professional nano coating application is also worth considering if you have a high end or show vehicle.

The important thing is not to expect magical results from ceramic coatings like a bulletproof force field of protection around your vehicle. What ceramic coatings will do is keep your car looking like its been recently waxed for years to come, makes dirt fall off more easily and protect your surface paint better than any wax or sealant.


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Nanocoating in Sri Lanka have increased in popularity in recent years and it’s no surprise why. If you’re wondering what’s all the hype about nanocoatings in Colombo, here is how nanocoatings first got introduced and some reasons why nanotechnology adaptations are better than waxes for vehicles:

– The big breakthrough came with invisible nanocrystal particles and discovering their toughness when connected with related substrates. Beyond their transparent characteristic, nanocrystals were discovered to give fantastic strength and durability as well as shine on the top surface. Plus, they were not found to be harmful to paint when compared to wax damages.

– After the effects of nanocrystals were realized in visual, the need arose for a chemical determination. Research began in laboratories and formulations were repeated many times, followed by observations in practice. Improvements were still needed on the best methodology and the manner to proceed in order to make big inroads in the rising trend of nanotechnology.

– After numerous experiments and tests, the main characteristics and features of nanocoatings were able to be observed from a practical point of view. The first results gleaned showed that nanocoatings gave off a superior shiny appearance as well as smooth and perfect crystallization. As high-tech nanocoatings become more common, the use of wax for vehicles decreased in favour of the high gloss and perfect appearance nanocoatings offered.

– The logic behind the success of nano ceramic coating in Sri Lanka is that the bonding formed with the paint of the vehicle surface is on a molecular level by forming a cross-linked covalent bond. This was something waxes could never do and thus the success of nanocoatings.

– The trials and experiments on nanocoatings did not stop, despite its growing success. As a result, one of the other aspects of nanotechnology discovered was that it showed a tendency to repel water, leading to dirt-proof surfaces spontaneously. Water molecules can never merge with surfaces with nanocoatings and will only end up as beading. This meant that dirt particles on the surface of a vehicle with nanocoating was not able to remain on the surface. The testing concluded that vehicles with nanocoatings were able to repel dirt particles much more effectively than waxes.

– Thanks to its dirt repelling properties, dust and dirt cannot penetrate the protection of nanocoatings and this resulted in making cleaning easier and helped to save time and money as well. And because it repels water too, vehicles with nanocoating paint surfaces require less water to clean.


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Car owners would do anything to protect their car – and this involves protecting the car paint and nano coating in Colombo as well, be it against bird droppings or scratches or car wash. Here are some expert tips to take good care of your car paint and make your car really shine!

1. Know what’s damaging to the car paint

Bird droppings or any animal excrement for that matter are very corrosive and the longer it remains on the car, the greater damage it can do. What’s also damaging to the car paint is the sticky film that covers the cars which are parked under lime trees during the Spring season. This is a phenomenon that is known as honeydew. When this film appears on the car, it can burn itself into the paint in sunlight. This is also the sort of damage that is irreversible unless repaired professionally so bird droppings and honeydew must be washed off as soon as possible.

2. Don’t be neglectful of paint

Car lovers will wash their cars at least weekly and failing to provide regular car care is a huge mistake many owners make. If you take good care of the car paint, it will be more resistant to external influences and you won’t have to spend extra money on expensive repairs.

3. Give a proper car wash

Certain car washes have cloths while others have brushes and both ways are fine. However, do the clothes or brushes have sand on it which makes it act like a sandpaper and damage the paint surface? This is why you need to pay close attention to the car wash itself and having a closer look at the brushes is a good way of discarding it should it contain brittle or torn nylon threads where dirt can gather. Furthermore, a good car wash should be followed up with a wax and this helps seal the top coat of the car paint, thereby protecting it from external influences.

4. Wash by hand

If you would rather prefer to wash your car yourself then kudos to you! In fact, washing the car by hand is the kindest way of treating the car and it’s important to use mild cleaning agents that have a low pH value. Also use soft cloths, clean sponges and brushes when washing the car. When using the pressure washer, due to the intense water pressure, the paint can get damaged and if you notice that the water jet is painful to your hand, then you would know it’s harmful to the car too.

5. Car polishing

When you start noticing that your car is not as shiny as it once was, it does worry you a lot. And seeing tiny scratches only makes it worse. If this is the case, then it’s time for a polish. Car polish has micro-fine abrasives and they help in gently cleaning the paint surface without causing any damage to it. In addition to freshening the paint, it also protects it against the weather.

6. Do frequent touch-ups

Sometimes, the scratch marks on the car will be visible even after a polish. If so, you will need to have it touched up. Since paint repair often depends on specific circumstances, this should only be performed by a trained specialist staff. They may advice you and recommend paint pens and spray cans.

7. Matt paint

Matt paint requires a different level of care. For instance, you cannot polish the car because the abrasives in the polish would remove the matt paint’s characteristic rough surface. Wax sealants damage matt paint too, as does brushes of car washes that would have a smoothing effect on the matt paint. If your car has matt paint, you should wash it by hand or use a pressure washer with special cleaning and care products.


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In the present day, the options for vehicle coatings and waxes and virtually limitless. As far as the traditional options for sealants and waxes are concerned, these have been available for decades but more recently, we have seen new products known as ceramic or ‘nano coatings’ in Sri Lanka which have risen in popularity. This has paved the way for the car detailing in Sri Lanka to revolutionize the way in which our vehicles can be detailed and protected.

A ceramic coating such as the System X is a liquid polymer that is applied to the exterior of the vehicle by hand. This coating bonds chemically with the vehicle’s paint, thereby creating a protective layer on top of the vehicle’s already existing clear coat. An interesting point to note is that once the layers of the ceramic coating have been applied and a paint depth gauge is used to measure the thickness of the paint, the paint will measure out to be thicker than it was previously in the factory.

There are several benefits of nanocoatings, as follows:

– Nanocoatings lasts much longer than any wax. It’s also more resistant to scratch and marks ensuring that the finish of the paint will remain intact as it was on the day it was coated.

– This coating has a superior UV protection. This means that the paint will not oxidize even after it has been exposed to intense UV rays from the sun.

– It is more resistant to chemicals and bird droppings, hard degreasers, and tree sap will not cause the coating to deteriorate as it would on wax coatings.

– Due to its hydrophobic effects, cleaning the vehicle is a lot easier. Due to its extreme aversion to water, it makes it a lot easier to maintain and dry off the vehicle.

– Grime, dust and dirt will not stick on the paint as much, making it easier to maintain as well.

– A well-coated vehicle will have a very high intense shine and gloss for many more years to come.

Traditional waxes and sealants have their own fair share of benefits too. Nanocoatings require a well trained professional technician to do some intense preparations and paint corrections for the ceramic coatings to be utilized to its maximum potential. Improper installation can heavily alter the paint of the vehicle which in turn, will lead to many other problems in the long run.

The greatest benefit of a traditional wax is its ease of use and almost anyone can do it all by themselves. These products also offer versatility in terms of application methods, making it a cost-effective alternative. Since nano coatings require more complexity, it is more expensive than a traditional wax or sealant. However, since waxes are not known to be as long-lasting as nanocoatings, waxes need to be reapplied often. With nanocoatings, you can be assured that your vehicle is protected for years to come.

The bottom line is that the battle of nano coating vs wax will continue to go on. But as a vehicle owner, you have to consider some key factors such as the time you have to spend on your car, the maintenance that goes into it and how the car is going to be used. Considering this will allow you to decide which option you should go for. Usually, wax allows more flexibility with regards to the full detailing process on a more regular basis. This means that it serves the detailing enthusiast better. However, if you are simply looking to protect your vehicle paint from the harsh factors around it, then a highly durable ceramic coating will be a smarter choice to make.


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The auto detailing industry has seen some amazing advances over the years, and the newest addition in the field is the adoption of Nano-Coating in Sri Lanka that provides the best possible protection for car exteriors and interiors. With ceramic paint coatings, vehicles can now maintain their showroom shine with no trouble at all! After all, who doesn’t want to keep their cars looking perfect all the time?

With all the hype surrounding ceramic paint coating, let’s take a look at some of the reasons why ceramic paint coating in Sri Lanka has become a necessity among vehicle enthusiasts looking to extend the appearance and functionality of their vehicles.

A nano-coating for vehicles generally provides a stronger, more protective layer to the car’s body that can block all types of foreign matter and thereby prevent these objects from causing damage to the car. On any given day, a car typically has to withstand a number of outside effects to its body, from accidental scratches to mud, dirt, grit and other such contaminants that are an unavoidable part of the road. Ceramic coatings make sure that the original coating of the car is shielded in a protective layer that can withstand a great deal of damage and abrasion without showing any effects on the body of the car.

  • Ceramic coatings last much longer

Ceramic paint coating does much more to protect the surface of a vehicle than an ordinary paint job. Ceramic coatings are effective because it’s fused to the surface of the vehicle and is not displaced by vibrations or any external force. Whereas typically used vehicle coatings, like wax, wear off over time when exposed to the elements of weather, acidic components of the atmosphere and bird droppings, ceramic coatings can last for years.

  • Ceramic coatings help the vehicle stay cleaner

It’s a known fact that the more pitted a surface, the easier it is for dirt and other particles to find tiny pockets to sink into. Ceramic coating works at the molecular level to ensure that the coating remains extremely smooth and even. This means that even if tiny particles and dirt come in contact with the coating, it finds no crevices or tiny pockets to stick to and simply rolls off the surface. Thanks to this unique feature of ceramic coatings, most of the contaminants that cars encounter on the road will be unable to stick to the surface of the car and will fall away, leaving the surface in its original pristine state.

  • Ceramic coating removes the need for car wax

Getting a car waxed was the traditional equivalent of getting a special coating for a car to protect its surface. The issue, of course, is that the wax sealant provides minimal protection, and will eventually wear off, which means that a fresh coat is needed to be reapplied several times a year. On the other hand, a single coating of ceramic coating for a car ensures that you never need to worry about another wax job ever.

  • Ceramic coating is cost effective

At first glance, it may seem that having a ceramic coating done for a car is expensive but consider this: since wax lasts only for about three months, it needs to be reapplied at least quarterly. You’ll spend a good amount of money four times a year for a good wash and wax. Over a period of five years, you would spend a huge chunk of cash for quarterly waxing. Since a professional ceramic coating is essentially permanent if maintained properly, it would only require a single application over the average lifetime of vehicle ownership. If you never have to wax your car again, you could save a considerable amount of money.

  • Ceramic coating looks amazing for any vehicle

For vehicle enthusiasts, opting between one car maintenance option that provides superior protection and another that improves the car’s appearance would be a tough call to make. Fortunately, the ceramic coating allows the car owners to opt for both. Not only is the car surface protected, but the fresh coating gives a shiny, sleek exterior to a vehicle that retains its gloss over a much longer period of time.


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