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Coating Calculations - Painting Guide
Paint Consumption Calculations
Getting the basics right for field paint inspectors... (Part 1) Useful Formulas
The first thing you'll need to do is determine the surface area of the area you'll be painting. To do this, you'll need to measure the length and width of the area (in feet), and then multiply those two numbers together. This will give you the square footage of the area.
Once you have the surface area, you'll need to decide on the coverage of the paint. Most paints will cover about 200 square feet per gallon. However, if you're painting over a dark color or stains, you may need to use a primer first, which will lower the coverage. If you're unsure, always check the coverage on the paint can before buying.
Once you know the surface area and the coverage, you can calculate the amount of paint you'll need. Simply divide the surface area by the coverage to get the number of gallons you'll need. For example, if you're painting a 10x10 room with a coverage of 200 square feet per gallon, you'll need 0.5 gallons of paint (10x10/200=0.5).
Now that you know how to calculate the amount of paint you'll need, don't forget to factor in other supplies like painter's tape, drop cloths, sandpaper, and brushes. And always remember to buy a little extra paint, just in case.Paint consumption on protective coating projects can vary between 20-40% of the entire contract cost. The complexity of the works, general logistics, methods of access and containment, methods of preparation and type of coating system to be used including the final required wet film thickness calculation to achieve the desired dry film thickness will dictate the overall costs (wft to dft calculation).
Calculating paint consumption quantities correctly can be extremely important, especially in certain locations such as offshore maintenance environments, where additional deliveries can be a problem. Some products also have long lead times and ensuring the correct amount of paint is available can be the difference between finishing a contract on time and running over into critical paths.
Furthermore, delivery of too much paint can have commercial implications due to transport costs, general logistics and handling and returning specialist products and/or special (non-standard) colours.
This blog post is designed to provide an understanding of the arithmetic used throughout the coating industry in coating thickness calculations. You will also find some basic conversions, definitions and calculations for surface areas.
Starting with expendable abrasive materials, the amount of abrasive to be used on a blasting project varies tremendously between contracts however we can build certain matrix models on historical work experiences, which is where this blog post is derived from. The abrasive range in industrial and marine applications is generally;
20-75 kilo/m2 depending on the surface condition and required specification or standard.
Abrasive blasting is an operation where surface material is removed by using a high-pressure jet of abrasive particles. The abrasive particles can be made of various materials, including sand, glass beads, steel shot, and aluminum oxide. Abrasive blasting is often used to remove paint or rust from metal surfaces, and can also be used to prepare surfaces for painting or other coatings.
Abrasive blasting can be performed using several different types of equipment, including hand-held sandblasters, cabinet sandblasters, and automated blast rooms. The type of equipment used will depend on the size and type of surface being cleaned, as well as the desired results.
Abrasive blasting is a safe and effective way to clean or prepare surfaces for painting or other coatings. When performed properly, it will not damage the underlying substrate. Abrasive blasting is an important part of the surface preparation process and should be done by trained and experienced personnel.
Coating Thickness Calculation
Coating thickness calculation is a crucial aspect of various industries, such as automotive, aerospace, and construction. It involves determining the thickness of coatings applied to different surfaces, which is essential for ensuring the durability, performance, and quality of the finished product.
Coating thickness calculation plays a vital role in the automotive industry, where it is necessary to measure the thickness of paint coatings on vehicles. This measurement helps ensure that the paint provides adequate protection against corrosion and environmental factors, while also enhancing the vehicle's appearance. By accurately calculating the coating thickness, manufacturers can meet industry standards and customer expectations.
In the aerospace industry, coating thickness calculation is equally important. Aircraft require protective coatings to withstand extreme weather conditions, prevent corrosion, and maintain structural integrity. By accurately calculating the coating thickness, aerospace engineers can ensure that the aircraft components are adequately protected and meet safety regulations.
The construction industry also relies on coating thickness calculation to ensure the durability and longevity of various structures. Coatings are applied to surfaces such as concrete, steel, and wood to protect them from moisture, UV radiation, and other detrimental factors. By accurately calculating the coating thickness, construction professionals can ensure that the coatings provide adequate protection and extend the lifespan of buildings, bridges, and other important infrastructure.
There are various methods for coating thickness calculation, including destructive and non-destructive techniques. Destructive methods involve removing a sample of the coating and measuring its thickness using specialised equipment. Non-destructive methods, on the other hand, allow for the measurement of coating thickness without damaging the surface. These methods include magnetic induction, eddy current, and ultrasonic testing.
In conclusion, coating thickness calculation is a fundamental aspect of many industries, including automotive, aerospace, and construction. Accurately measuring the thickness of coatings ensures the durability, performance, and quality of finished products. Whether it's protecting vehicles from corrosion, ensuring aircraft components are adequately shielded, or extending the lifespan of buildings, coating thickness calculation plays a crucial role in maintaining the integrity of various surfaces and structures. With the use of both destructive and non-destructive methods, industries can confidently rely on accurate coating thickness calculations to meet industry standards and customer expectations.
Wet Film Thickness (WFT)
In order to achieve a calculated wet film thickness we must take the desired dry film thickness (DFT) first and reverse engineer. So a DFT of 90 microns using a paint with a volume solid (VS) of 60% we would calculate the following to find the WFT;
WFT = 100 x DFT / VS (WFT = 100 x 90 / 60) therefore giving us
150 microns as the Wet Film Thickness (WFT).
Dry Film Thickness (DFT)
When the required calculation is in reverse and you are looking to obtain the dry film thickness (DFT) the following formula applies;
WFT x VS / 100 = DFT so using the same numbers as we did above working out the wet film thickness the equation looks like this (150 x 60 / 100) = 90 microns DFT).
Volume Solids (VS)
Dry Film Thickness / Wet Film Thickness x 100 = Volume Solid shown as a percentage (%) again using the above numbers it would be as follows;
90 DFT / 150 WFT x 100 = 60% VS.
Theoretical Spreading Rate (TSR)
m2 per ltr = 10 x VS(%) / DFT in microns. Using the above numbers we can estimate the following outcome;
10 x 60% / 90 = 0.06 m2 per ltr of paint.
Practical Spreading Rate (PSR)
TSR x (100% - wastage%) = PSR. For this example we will again use the aforementioned numbers above;
0.06 x (100% - 20%) = 0.048 m2 per ltr of paint.
Calculating Paint Quantities
Flat Steel Plate
If the surface to be painted is 10 meters in linear length and 3 meters wide, then the area can be simply determined by multiplying the length by the width (10 x 3 = 30m2). If both sides were to be coated the surface area would be doubled if both sides were identical metrics.
Assuming a theoretical spreading rate (TSR) of 5m2 per litre of paint then 12ltrs of paint would be required to cover both sides (30 / 5 x 2 = 12). However using the practical spreading rate we have learned above (PSR) and taking into account approximately 20% paint wastage, the practical coverage will be reduced to 4m2 per litre (5 x 0.8 = 4).
Therefore using PSR we can determine the paint requirement for coating a flat plate as described above would require 15 litres of paint (30 / 4 x 2 = 15).
In our next blog post on
coating calculations part 2 we will look at more complex shapes and how to calculate their surface areas accurately, such as;
I -Beams (primary and secondary steel)
Cylinders (storage tanks or wind turbine tower sections)
Pipes and Pipelines
About Dangle Rope Access
Here at Dangle Rope Access, we provide a variety of comprehensive
inspection,
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composite (IACC) industrial services. Our services are available to both the private and public sectors.
We offer high-quality proven solutions that will help reduce maintenance costs in both the long and short-term. We are based in Dundee, Scotland and also have offices based in Edinburgh, along with our newly established training centre in Northern Ireland
Dangle Academy. Due to our company size and structure, we are able to offer a flexible and versatile approach to the way we run our business and the services that we offer our clients. And, as a leading painting company, we’ve worked on several renewable energy projects in the UK, Europe, and the US.
We work with both on and offshore with wind farm operators, and asset owners. For offshore wind farm maintenance, to onshore building maintenance, we can cover both the East and West coasts.
To find out more about how our team can help you contact us today. Our friendly, professional and helpful team is always on hand to help.
What in the hell is ceramic coating?
Unlike traditional coatings, which are typically concocted from polymer resins, a ceramic coating is silicon dioxide or silica (SiO2) based. Commonly derived from quartz crystals and sand, silica creates an invisible, extremely resilient “nanotechnology coating” when combined with elements like titanium dioxide, polysilazane, triethanolamine, water, and various other ingredients. Once cured atop a hard surface, this viscous liquid forms a crystal-clear shell, a product that is referred to as a nano ceramic coating, or ceramic coating for short.
Why is Ceramic Coating Used on Cars?
Automakers use ceramic coatings due to its superior heat, abrasion, chemical, H20, and impact resistance, making it the ideal protective sealant for many car components. From a car’s wheel hubs and undercarriage, to its engine bay and interior, this transparent ceramic spray coating is virtually everywhere.
That said, automakers typically don’t apply a ceramic protective layer to a vehicle’s paint, leaving ample room for product specialists like AvalonKing to step forward. So strap-in, pour a drink, and cue the superhero music, because we’re about to get nerdy ya’ll…
What is Ceramic Spray Coating?
Ceramic spray coating is a liquid polymer made from ceramic nanoparticles, which, when applied to the surface of a vehicle, bonds chemically with the factory paint. Unlike traditional waxes or sealants that sit on top of the surface, ceramic coatings merge with the paint, creating a durable protective layer.
Does Ceramic Coating Work?
Yes, ceramic coating works wonders for your vehicle. Due to its inherent chemical properties, a ceramic coating does not break down even during extreme environmental conditions like rain or scorching heat.
When applied correctly, an auto-paint ceramic coating lasts long (months, sometimes years) against extreme UV, dirt, bird droppings, and light scratches caused by daily wear and tear. It also adds considerable water repellency to the surface, so dirt or mud will not stick to it that easily.
What’s with all of the online hype about ceramic coatings?
As with any new product to hit the market, there’s a lot of hype out there about ceramic car coatings, and a quick search online reinforces this statement. Videos show people throwing mud on their truck’s hood, just to watch it sheet-off, leaving a near spotless paint coating in its wake. Dig a bit deeper, and even more brutal ceramic coating tests surface, some of which are hard to fathom.
Naysayers are quick to comment too, either claiming that these videos have been staged, or that ceramic coatings are unlikely to work at all. Accompanying these skeptics are those who fear that applying a ceramic coating product will compromise their vehicle’s paint in some way, and that it is impossible to get 2 to 5 years worth of protection from a bottle that small. Don’t worry guys. It’s not the size. It’s how you use it.
In order to dispel these unfounded claims and unrealistic real world concerns, we have put together the following ceramic coating guide to both inform and inspire car owners. Nano ceramic coatings like Armor Shield IX aren’t some form of snake oil, or black magic in a bottle, we’ll leave that business to Ozzy Osbourne and his homemade hooch.
Most ceramic coatings are highly refined products that have been stringently lab tested and proven to work on most hard surfaces. The only catch is, there are a few things you need to understand before taking the plunge.
Know Your Ceramic Coating Options
A car eagerly awaits an Armor Shield IX ceramic coating, which will help give it a mirror-like shine, unrivaled scratch and swirl resistance, and water-repelling hydrophobic properties.
When broken down to its bare bones, you’ll find that there are but two common ceramic coating products: “Professionally Applied Products” and “DIY Consumer Kits.” While both approaches provide a protective layer of nano coating, they vary greatly in regard to both price and the amount of prep time involved.
What are Food Packaging Machines and How to Choose a Food Packaging Machine?Automated Packing: Process and BenefitsExploring The Different Types Of Packaging EquipmentRevolutionizing Your Business: The Ultimate Guide to ...The Unknown History of Potato ChipsCan a Laser Cutter Effectively Cut Sheet Metal?Despite their popularity in the professional car detailing sector, ceramic coating costs have just recently begun to reach a point where they are financially feasible on a DIY level. Just like there are varying quality levels of sushi (just say no to gas station sushi), not every ceramic coating is created equal.
Professional Grade Ceramic Coatings
Cost: $500 – $3,000
A pro ceramic coating product is an ultra high-end sealant that must be applied by highly skilled, certified professionals. This translates to the need for controlled environments, expensive equipment, and highly trained staff members, which in turn, translates to extremely high installation costs.
Although a $500 intro price for the application of the ceramic coating itself may seem tempting, the fact remains that most cars require quite a bit of prep work before they are ready to receive said coating. This means scrubbing down surfaces with a clay bar, a ton of isopropyl alcohol spraying and microfiber polishing, and hours/dollars burnt, as ceramic coating takes a back seat to surface prep. Don’t believe us? Ask any professional ceramic coating installer, and they’ll agree that prep time always adds the most zeros to a final bill.
Speaking of time. On average, the installation of a pro ceramic coating takes around five days to complete. Naturally, this time frame can be reduced drastically if the car’s paintwork is in pristine condition, or if the vehicle in question is small of stature. Yet even then, chances are you are still going to have to cough-up a few grand for your professional ceramic coating install, and here’s why.
Let’s say a professionally installed ceramic coating package like Ceramic Pro Gold runs you upwards of $2,000 when installed by a licensed specialist. But halfway through the clay bar decontamination phase, the installer discovers that your entire rear quarter panel is oxidized to hell and back. This translates to a full paint correction procedure, which for the average car owner, is entirely too steep to justify, especially when combined with the initial two grand invested in surface prep and the ceramic coating itself.
Professional Ceramic Coating Costs
● Ceramic Pro Prices
● Opticoat Ceramic Coating Costs
DIY Ceramic Coating Kits
Cost: $20 – $150
Most people can’t afford a pricey pro ceramic coating, and instead have to opt for a product that is designed to appeal to the average DIY enthusiast. While a professional cleaning and install will almost always render the best results, it is hard to ignore the value associated with applying a ceramic coat on one’s own.
The benefits of opting for a DIY ceramic coating kit go well beyond value too. These specially formulated chemical blends are far less finicky than professional-grade car coatings, therefore making them an ideal option for the common car owner. However, it is important to note that quality, durability, and longevity all correlate to the hardness grade associated with the ceramic product being used, so opting for a ceramic coating with a 9H hardness rating will always yield the best long term results.
Interestingly enough, the biggest complaint people have about a DIY ceramic coating isn’t so much the product itself, but the poor customer support and vague installation instructions that go along with it. In contrast, the highest rated consumer-grade ceramic coating on the market, AvalonKing’s Armor Shield IX, comes with detailed instructions, superior customer service, easy-to-understand ordering recommendations, and an unbeatable money-back guarantee. AvalonKing has even gone as far as publishing a set of guidelines for properly preparing a car’s paintwork for ceramic coating, along with various application tips and tricks, and maintenance and after-care advice.
Spray Coating For Cars Repels Water And Dirt — Here's How
Watch this video on YouTube
Perhaps the most notable ceramic coating benefit, is its water displacing/hydrophobic capabilities. As this video, and numerous others illustrate, water, and all of the dirt, grime, and gunk that is encapsulated within it, quickly bead-up and roll off. Thus leaving the ceramic coated side of the car almost completely devoid of liquid.
Factors to Consider When Shopping
Here's what you need to consider when buying a ceramic coating product.
Brand Reputation
Brand reputation is a crucial factor to consider when shopping for the best ceramic coating for cars. A reputable brand often indicates reliability, quality, and customer satisfaction.
Cost of Ceramic Coating
The cost of installing a ceramic coating depends on the vehicle's size, paint color, and, in some cases, age. A professionally applied ceramic coating typically costs between $1,000 and $3,000, whereas DIY ceramic coatings are less expensive, and options such as our Armor Shield IX start as low as $74.95.
UV Protection
Ceramic coatings offer enhanced UV protection, ensuring your car remains vibrant and, at the same time, protecting your vehicle against various additional environmental factors. They protect your car's paint from fading due to oxidation and maintain the original paint and its glossy finish.
Chemical Resistance
Ceramic coatings are specifically designed to resist strong acids, acidic substances such as bird poo, and solvents like petrol and diesel. They provide a high level of chemical resistance that protects your car's paint from all types of acidic contaminants and other outer factors that might harm your car.
Hydrophobic Properties
Ceramic coatings are extraordinarily hydrophobic as they have a low surface tension, which makes car washes effortless. They create a slick, smooth surface that repels dirt, water, and grime while preserving the glossy finish.
Ease of Application
Whether you are a ceramic coating professional or a DIYer, applying a ceramic coating shouldn't be too hard. Choose a ceramic coating option that is easy to apply, can be applied wet or dry, and buffs/dries quickly.
Durability
Avalon King's Armor Shield IX is highly durable. It's designed to last 2 to 5 years, depending on how well you prep, install, and care for your car's coating. Such vital factors make it a long-lasting solution for protecting your car's exterior. Proper maintenance can help your ceramic coating last longer and keep your vehicle looking its best.
4 Best Ceramic Coating for Cars
Check out our fantastic line of top-rated ceramic coating products:
Armor Shield IX Diy Ceramic Coating Kit is a comprehensive solution for those who want to take the DIY route in ceramic coating. It provides a glossy shine, makes the surface easier to clean, and repels water better than waxed surfaces. It's a complete kit with clear instructions and a two-year guarantee.
Benefits:
Professional-grade ceramic coating at home.
Ensures protection against environmental factors.
Easy application, lasting Results.
Durable shine and hydrophobic magic.
Two-year guarantee.
Armor Shield IX Max Diy Ceramic Coating Kit is an upgrade to the regular DIY kit. It offers the same benefits but is designed for larger vehicles, has longer durability, and is twice as hydrophobic. If you're looking for a ceramic coating solution that delivers professional-grade results at home, this kit is worth considering.
Benefits:
Repels contaminants, UV rays, and environmental factors.
Ensures your vehicle stays shielded in various conditions.
Two times more water repellency than the standard kit.
Three years of guaranteed protection.
Psycho is a quick and easy solution for maintaining the shine and protecting your ceramic coating. It is a ceramic detail spray that enhances the hydrophobic properties of your coating, making your car easier to clean and maintain. It's the perfect product for topping up the ceramic coating of your vehicle.
Benefits:
Comes as a spray for easy application.
Just spray and wipe. No need for prepping or curing.
Apply to all surfaces, wet or dry.
It is ultra-hydrophobic and lasts up to six months.
Perfect for topping up ceramic coatings.
Armor Shield Lite is a spray ceramic coating that offers a cheaper and lighter yet effective layer of protection compared to Armor Shield IX. It's easy to apply and, at the same time, buffs out quickly, making it an excellent choice for those who want a simple and quick ceramic coating solution.
It can be applied while your vehicle is still wet and forms a glossy protective layer to protect against scratches, dirt, and water.
Benefits:
Inexpensive and easy to use.
Easy to use with no smearing.
It can be applied right after a car wash.
Suitable for instant on-the-go application.
Which Ceramic Coating is the Best?
In the world of automotive care, finding the best ceramic coating is crucial to ensure long-lasting protection and a brand-new look.
Choosing the best ceramic coating depends on your specific needs and preferences. Whether you prioritize ease of application, longevity, or high-gloss aesthetics, the market offers a range of top-notch options.
If you are a DIY enthusiast or a ceramic coating professional looking for a detailed vehicle coating, the Armor Shield IX and Armor Shield IX Max are your best bets.
If your vehicle already has a ceramic coating for a while and you want to top it up, or you want an easy-to-apply option, the Psycho Ceramic Spray is your go-to option. Meanwhile, if you want a low-budget, on-the-go solution, pick up the Armor Shield Lite.
How to Maintain Ceramic Coating
To maintain a ceramic coating and ensure it lasts as long as possible, follow these guidelines:
- Use a Ceramic Coating Booster: Depending on your ceramic coating, you can use a product like
Depending on your ceramic coating, you can use a product like Psycho Detail Spray periodically to enhance the coating's hydrophobic properties and protect the surface.
Regular Washing Techniques and Products
Regular washing is critical to maintaining the look and durability of your ceramic coating. Here are some helpful tips:
1. Pre-rinse
- Use a pressure washer or hose to remove loose dirt. Avoid high pressure on the paint.
2. Cleaning Products
- Use a pH-neutral car shampoo to protect car wax or sealants.
- Choose a large, soft wash mitt made of microfiber to lift and trap dirt.
3. Washing
- Follow the two-bucket method: one for your soapy water and another for clean water to rinse your mitt.
- Wash in sections, starting from the top and moving downwards.Rinse the mitt frequently to avoid scratching.
4. Rinse
- After a wash, rinse the vehicle thoroughly with clean water to remove all soap residue.
5. Wash Frequency
- Ideally, wash your vehicle every week or after a long drive.
Drying Methods to Avoid Water Spotting
Water spots can form when you wash your car in direct sunlight, as the water evaporates quickly. Here are some tips to avoid water spotting:
1. Use Microfiber Towels
2. Use Drying Aids
3. Right Drying Method
Dry the car immediately after washing to prevent water from air-drying, which causes spots.
Start from the top and move towards the rear end.
4. Suitable Drying Location
Dry your car under a shade or in the garage.
Don't dry your vehicle under direct sunlight. Heat accelerates water evaporation, increasing the likelihood of spots.
5. Install Water Filters
6. Avoid Heat
Touch-Up Procedures for Scratches or Damage
If your ceramic coating gets scratched or damaged, you can use a few methods to repair it. Here are some tips:
1. Assessing the Damage
2. Thorough Cleaning
3. Use Scratch Repair Kits
You can use a scratch repair kit matching your car's paint color for minor scratches.
Such kits often come with precise instructions, follow them, and you are all set!
4. Proper Polishing
5. Waxing
6. Seeking Professional Assistance
7. Conduct Regular Maintenance
8. Careful Sanding
Quick Questions About Ceramic Coating Wheels
Here are some common queries that most car owners have about ceramic coating.
Should I Ceramic Coat My Wheels?
Ceramic coating is the way to go if you want a long-lasting solution to wheel corrosion and make them more appealing. It would be easier on your wallet and eyes!
Is Ceramic Coating On Wheels Worth It?
Yes, it is totally worth it. Ceramic coating is a more financially logical option if you add all the money you would have to spend repainting and repairing your wheels.
How Long Does Ceramic Coating Last On Wheels?
On average, it can last for a year. However, if you get the best ceramic coating for your wheels, you can further extend it to another.
Why Armor Shield IX Ceramic Coating is the Best
If you are still debating whether to choose Armor Sheild IX, here are some reasons to further support its superiority.
A Shine That Protects Your Wheels
Its wet mirror-like shine will make you reignite your love for your car. Moreover, its state-of-the-art composition will protect your car’s wheels from wearing too quickly. This beauty may look delicate, but it’s resilient.
Ease of Application and Longevity of Results
Applying Armor Sheild IX is so easy that you can get it done in your garage. All you will need is an Armor Sheild IX DIY kit and a couple of hours to spare.
The results will not just blow your mind but also survive the test of time. Once the ceramic is set, you can drive your car guaranteed for two long years without any worry.
Compatibility With Different Types of Wheel Materials
Your car wheels can be powder-coated, made of carbon fiber, or covered in chrome. This ceramic coating would bond effortlessly.
Moreover, its nano ceramic coating forms an even layer over the wheels, providing it with much-needed protection.
Cost and Value For Money
A professional ceramic coating session can cost around $500-$3000. However, with Armor Sheild IX, you spend substantially less without compromising quality.
Add the fact that you would only have to worry about it once every 2-3 years, and you have yourself the best deal.
Ceramic Coating vs Wax
While wax may add a lustrous level of shine to a car’s paintwork, it falls short in both staying hard for prolonged periods of time. Yes, we know it may sound like an erectile dysfunction infomercial, but natural carnauba, spray waxes, and ceramic waxes only for a while before they go limp. Simply put, the protective layer they provide is not nearly as permanent as a true ceramic coating, and will not protect surfaces from things like scratches and falcon feces.
While the up-front cost of a DIY ceramic coating may be more expensive than the average car wax, the superior levels of protection it offers are clear. Factor in the amount of time and money spent on stripping and reapplying car wax every month, and a ceramic coating’s benefits become even more obvious.
Further Reading:
● How it Works
Common Ceramic Coating Myths
Myth #1: A Ceramic Coat Will Make a Car Bulletproof
The varying levels of hardness associated with automotive ceramic coating products are all registered on a numbered scale, just like our neighbor’s parole officer visitation days. While people are quick to associate these numbers with the MOHS (mineral hardness scale), all ceramic car coating products are tested on the common pencil hardness scale. Therefore, a 9H ceramic coat rating does not correlate to nearly diamond level hardness levels, but the amount of pressure the coating can withstand before a mark or line can be seen.
While this may do jack-shit to protect your car’s hood from that boulder that just fell out of the bed of the dump truck in front of you, it can help in other areas. 9H hardness levels do wonders for preventing small scratches, scuffs, swirl marks, and road debris from cutting into, or embedding into clear coat.
Myth #2: A Ceramic Nano Coating Doesn’t Need Maintenance
Despite having superior hardness and water repelling properties, the average ceramic paint coating still needs to be cleaned regularly. So while you may not be able to prevent road grime, pollen, avian fecal matter, and various other contaminants from caking onto your car, at least there is a way to make clean-up far less frequent and labor-intensive.
Myth #3: A Ceramic Paint Coating is Permanent
Although a ceramic coating forms a semi-permanent bond with a vehicle’s paintwork, glass, plastic, or clear coat, this sacrificial layer is by no means an indestructible coat of armor. Over time, the molecular structure of even the hardest 9H-rated ceramic coating will begin to deteriorate, at which point it is best to strip the coat entirely, and reapply a fresh layer. That said, a well-made ceramic coating product typically provides 2 years worth of protection at the bare minimum, especially when properly applied and cared for by the consumer.
Still not sure whether ceramic coating is right for your ride? AvalonKing’s Armor Shield IX ceramic coating DIY kit currently has a 4.8/5 positive rating score after 1,800+ reviews, and offers a 2-year guarantee with every kit, all for just $69.99.
Myth #4: Ceramic Coating is Easy to Apply
While DIY ceramic coating kits feature an application process that is relatively easy, the amount of prep time required prior to installation is quite time consuming. Surface blemishes, clear coat oxidation, and paint correction must all be attended to ahead of applying a ceramic coating. Remember, once cured, a genuine ceramic coating product will become semi-permanent, so it is best to do your prep work properly the first time to avoid any regrets down the line. Just like marriage prenups…
Myth #5: Ceramic Coatings Hide Imperfections
While ceramic coatings will give a much smoother look to surfaces, they do little to hide things like faded paint, swirl marks, scratches, obscenities scribbled in permanent marker, or any other notable blemish. Regardless as to whether it is attractive or not, what you see on your car’s surface gets locked into place once a ceramic coating cures, therefore making said imperfection all the more noticeable. So be sure to make sure that surface is looking exactly the way you want it to look before locking it semi-permanently in place with a ceramic coating.
Quick Nerd Note: “ceramic” spray-on products that depend heavily on polymers to replicate hydrophobic attributes, for they are notorious for having poor durability and piss-poor longevity.
Does Ceramic Coating Protect the Paint?
Yes, ceramic coatings provide a robust and protective surface to a car's paintwork, shielding it from UV rays that can cause fading, chemical stains, and etching from acidic contaminants. It's highly hydrophobic, meaning it repels water, which can carry dirt and grime away from the surface rather than allowing it to stick. It provides excellent protection against contaminants and minor scratches; hence, cleaning the vehicle is much easier.
Is Ceramic Coating Good For Your Car?
Yes, ceramic coating is good for your car. It provides many benefits for car owners, including increased protection against scratches, UV rays, and other environmental damage. It preserves your car's paintwork by keeping it clean and glossy for longer than traditional waxes. It is especially beneficial for those needing a high-quality finish with reduced maintenance.
How Can I Tell if a Car Has Ceramic Coating?
To determine if a car has a ceramic coating, observe how water behaves on the surface — it should bead up and slide off easily if coated. The paint will also have a reflective, glossy appearance. A professional assessment may be required for a definitive answer, as some signs can be subtle. Cars with a ceramic coating usually have a much deeper shine than cars without.
Parting Shots
A ceramic paint coating not only offers rock-hard paint protection, but hydrophobic/water-repellent properties as well. This transparent layer of armor resists UV rays, repels road grime, and prevents scratches, chemicals, extreme heat, and swirl marks from eating into your car’s paintwork. When properly applied and cared for, this semi-permanent ceramic shield will last for years, requiring little more than a quick rinse when dirtied.
If money is of no concern, and protecting your show machine at all costs is the objective, having a professionally installed ceramic car coating applied to your vehicle is the best option. The peace of mind associated with this service, along with the meticulous attention to detail that a trained ceramic coating installation professional provides, offers more benefits than we can mention.
But for most of us, coughing-up a few grand for the installation of a ceramic coating for our daily beater is completely out of the question, leaving the DIY ceramic coating kit as the next best option. And while it may take a bit of elbow grease, and some TLC once installed, the perks to DIY coating a car far outweigh its initial cost and required care.
Still not sure whether ceramic coating is right for your ride? AvalonKing’s Armor Shield IX ceramic coating DIY kit currently has a 4.8/5 positive rating score after 1,800+ reviews, and offers a 2-year guarantee with every kit, all for just $69.99.
If you enjoyed this article, then you'll love AvalonKing's automotive care products for Do-It-Yourselfers. We create "No B.S. products" for an affordable price. And the best part, we treat our customers like family, so if you have any questions or just looking to chat about cars, we're only an email or call away. Check out our homepage here.
For more high quality coating lineinformation, please contact us. We will provide professional answers.
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