Mobile Peel Board For Tint? All Answers

When deciding to buy window film for your home or office, the issue of broken glass can come up. Glass breakage from window films occurs in approximately 1/10th of 1% of all installations across the industry. In most cases when a break is reported, the film installation was not the sole cause of the failure. Breakage is usually the result of flaws, imperfections, or expansion restrictions that existed in the glass or window frame before the window film was installed.

Window films reduce the transmission of harmful and damaging solar radiation. By increasing the solar radiation absorbed and reflected by the glass, less solar energy can enter the building. When glass is exposed to solar radiation, the normal and immediate result is an increase in temperature. The sun naturally heats the glass as its powerful energy passes through. Glass with foil has an increased ability to reflect and absorb solar radiation. Because window film is typically applied to the inside of the glass, increased amounts of solar radiation are absorbed as it is moved back and forth through the glass.

Some window films can cause excessive solar energy absorption on certain types of glass. The result can be extreme thermal expansion and stress that can lead to glass breakage or seal failure in an insulating glass (IG) unit. In addition, thermal stress cracking can result from uneven temperature distribution across the surface of a glass sheet. This is typically caused by partial shading of the window.

To avoid problems, you need to choose the right window film for your glass. It is helpful to know how glass reflects, absorbs and transmits solar radiation and how its ability to reject solar radiation changes when a window film is applied. Historically, dark or highly reflective sheeting has been very popular and used to achieve maximum solar energy rejection performance. Unfortunately, dark reflective films typically have high absorption values ​​that can increase the risk of glass breakage and seal failure. Thanks to the technological and manufacturing advances used in today’s window films, it is no longer necessary to purchase very dark films to achieve significant solar energy rejection performance. Today’s high-tech films offer impressive performance without absorbing excessive amounts of solar energy. Best of all, these films save energy, reduce UV transmission, increase indoor comfort and add a contemporary look to a building or home.

Polycarbonate lenses have always presented a challenge to those looking to tint them. With lenses made from CR-39® monomer plastic and BPI® Molecular Catalytic tints, the tinting process is much easier. These tints use a carbon molecule that shares an electron with the carbon molecule in the plastic, allowing the tint to attach itself to and become part of the lens structure itself. The end result is that the lens hardens in the tinting process and has a more scratch resistant surface. Unfortunately, polycarbonate is very resistant to discoloration. To tint polycarbonate lenses you have to tint the scratch coating and the better the scratch coating the harder it is to tint. The first type of coatings applied to polycarbonate were so fade resistant that it was almost, if not impossible, to obtain a sunglass visor.

In recent years, the types of coatings used on polycarbonate lenses have changed significantly. It’s much more common these days to see a combination of coatings on polycarbonate. Typically, the front side, which is prone to the most scratches, has been coated very effectively at the factory. The back is usually coated today by the optical laboratory. The coating on the back is definitely tintable, even with relatively dark shades of sunglasses.

There are some basic principles of polycarbonate tinting that will help you significantly. (Many of these ideas apply equally to tinting plastic lenses). Before coloring:

Make sure both lenses are from the same source, preferably the same lot number. Polycarbonate and CR-39® monomer lenses both vary significantly from different manufacturers and manufacturer batches.

Clean the lenses with BPI® Lens Prep II. This conditions the surface of the lens and reduces the surface tension of the scratch coating.

Thoroughly inspect your lens tinting machine. Make sure it reaches and maintains a constant temperature. Check the heat transfer fluid. If it looks old, replace it. Always use a quality product like BPI® Heat Transfer Fluid. The use of other substances is not recommended and may endanger your health. Make sure the tinting container is sufficiently submerged in the heat transfer fluid according to your lens tinting machine’s instruction manual. Mix the tints with distilled water. This eliminates the possibility of mineral contamination that may be present in your local water supply.

Mix and stir the colors well. Continue stirring the paints periodically. If you notice bumps (spots) in the tinted lenses, it’s time to change the tint.

Check the temperature of your toner bath with a good quality laboratory thermometer to ensure the toners are operating between 205°F and 210°F. Polycarbonate (or lenses made from CR-39® monomer) don’t sound right even in slightly cooler temperatures. Finally, the coatings of polycarbonate lenses absorb moisture from the air. This can cause the coatings to have trouble absorbing hues. Avoid exposing the lenses to high humidity (e.g. near a steaming tinting bath) before tinting. During toning:

Set your own standard for whatever tint you use. Use a sample lens with a freshly mixed batch of tint. Make sure that all of the above conditions are met. Tint the lens for 15 minutes. Rinse dry and set aside. Test future lenses you tint with this color against the standard after 15 minutes. If the hue is no longer up to standard, change the hue.

A common mistake is trying to get more lenses from each batch of tint than is practical. It is much less expensive and time consuming to change lenses regularly than increasing the number of lenses from each batch.

Limit the time the lens spends in the tint or neutralizer. They should not exceed half an hour. If you usually spend longer than that, consider changing your tint.

Neutralizing:

If you need to neutralize your polycarbonate lenses, use a quality water-based neutralizer such as BPI® H20 Neutralizer. Keep the neutralizer temperature below 210°F and do not exceed about ten minutes in the hot neutralizer. Incorrect neutralization can lead to glass breakage.

Will window film stick to textured glass?

Window film and its offerings are not widely known and can be confusing if you are not familiar with the various products and terminology. Window films are used for a variety of reasons ranging from heat reduction to increased security to design. There are many types of window film and window film can be the solution to many different problems. When considering window film for your home or office, it’s important to do your research and know what your window is made of beforehand.

Window film doesn’t stick to every type of surface, so it’s important to know the type of window you have. To put it simply, window film works best and lasts the longest when applied to glass. If you’re not sure what type of window you have and whether or not window film is a good option, don’t worry, we’ve broken it down for you. Let’s find out more!

Want to know the do’s and don’ts of window film? Textured Glass – Do not apply window film to textured glass

– Do not install window film on textured glass Plexiglas – Only certain window films can be installed on Plexiglas

– Only certain window films can be attached to Plexiglas. Condensation – window film does not stop condensation.

What is window film and how does it work?

In short, window film is a layer of durable polyester that can block sunlight and harmful UVA and UVB rays. Window film can be used for a variety of different purposes including protection and security, anti-graffiti protection, heat and glare protection and creating a decorative look. You can choose from a variety of different colors and shades. Window film has a sticky adhesive side that is applied directly to the surface itself. A question Solar Art is often asked when it comes to window film is how do you remove tinted film from glass? That’s a great question. Window film is not permanent in the sense that it can be removed from glass, but we recommend it be done by a professional company such as Solar Art to ensure your glass is not damaged. If you decide you want your window film removed simply give us a call and our installation team can remove the existing window film without damaging your glass.

Can window film be applied to textured glass?

Solar Art often receives requests to apply window film to textured glass. Textured glass is one type of surface that window film should not be applied to. Why? Window film requires a smooth surface like a typical glass window. The installation process involves applying the window film with water and peeling it off directly. Textured glass would trap water in the gap between the film and the glass, undermining the film’s performance, appearance and physical bond, thus severely limiting its lifespan and usefulness.

If you are looking for textured glass without the high price tag, decorative window film comes in a variety of different textures and can decorate your glass windows at an affordable price. An added benefit of decorative window film is that it can be easily removed and replaced without damaging the surface and you also get UV blocking properties. Textured glass doesn’t offer that.

Can window film be applied to Plexiglas?

It is important to know whether your windows are made of Plexiglas or not. There is a special roof window film that sticks to Plexiglas. However, standard window film does not. Plexiglas is plastic and window film will not stick to it. Plexiglas also outgass or releases chemicals within the Plexiglas itself. Outgassing will erode the adhesive bond and cause the film to blister and deteriorate, meaning your entire plexiglass window will need to be replaced. If you think your windows may be made of plexiglass, it’s important to consult a professional to ensure you’re installing the correct product.

Does the window film stop condensation?

In this context, we also get a lot of questions about window film and condensation. Window film will not block condensation on your windows. Since condensation is caused by humidity and temperature differences between the glass and your rooms, more effective solutions include reducing humidity, installing weatherstrips, and others. Window film doesn’t help keep the moisture out because the moisture is already in the air around you.

Solar type window film

In summary, regular window film should not be applied to plexiglass or textured glass. It also doesn’t prevent condensation from forming. However, window film offers you many advantages that conventional glass or plexiglass cannot offer. Window film can block the sun’s heat and invisible UV light. It can give you privacy or strengthen your windows against chipping and vandalism. Window film can be replaced inexpensively at any time and will last for years. Talk to Solar Art today about finishing your glass windows with window film. Our team is ready and waiting to help you!

How long do you have to wait to roll down your windows after tinting?

Tinting your car windows serves as a cheaper alternative to keep them looking shiny and attractive. If you are planning to take advantage of your car’s style quotient, it is advisable to consult a professional installer. You should be aware that lens tints come in different varieties. In addition to shielding the interior from UV rays, tinted windows allow the right amount of light into the vehicle interior. With a professional installation, you can reduce glare. In addition, the interior of the car looks more spacious.

Now you might be wondering how long you have to wait before you can roll down the windows after tinting. In this context, please note that small air bubbles have often penetrated between the panes and the tinted film. To prevent this from happening, consider hiring a reputable installer like Solar Care. Also, you need to leave the disk as it is without rolling it down for 2 to 4 days.

When are air bubbles formed?

Air bubbles can appear in your car window under the following conditions:

The residue or dirt was not properly cleaned before tinting

The glass window had water droplets on it before it was tinted

The installer did not wipe the glass surface properly before tinting

This explains why you should contact a professional installer. Solar Care and other companies of similar quality have an impressive track record for their seamless installation services.

How long does it take for the bubbles to go away?

In some cases, the bubbles can appear even if there is no error in the installation process. In this case, it would take about 3 weeks for them to go away naturally. However, if you park the vehicle in the hot sun, the blisters would disappear in a few days. It is quite normal for the bubbles to appear. This is part of the installation or application process when water becomes trapped between the film and the pane. However, if you still notice the bubbles after three weeks, it indicates a bad installation.

When is it safe to roll down your windows?

Now you may have installed the tint and are now thinking about how long you will have to wait before you can roll down the windows after the tint. If you’re looking for a short answer, wait four days to ensure maximum caution.

Let’s see why you might have to wait a few days after tinting your car windows. It takes some time for the tint to dry on the glass surface. If you roll the windows off too soon, there’s a good chance the tinted coating will peel off. That is why experienced professionals recommend car owners to wait about three to four days after installation. While some tints dry out within 24 hours, not all tints work well on all types of glass. Reinstalling the tint would double the cost.

Given the possibility of the tint peeling off, it would be wise to wait the period.

How to take care of the drying process?

After laying, you should take care of drying, especially in cloudy weather or hazy conditions in the area. The air parcels can rise to the surface and cause bubbles. So it is recommended to park your car in a warm place, preferably under sunlight. If you have to park the vehicle in the shade, you can warm the area around the windows with a hair dryer. However, do not touch the glass as the tint could easily come out.

As a rule of thumb, you should wait four days after applying the tint before rolling down your windows.

Solar Care Window Tint – (760) 519-4294 – Mobile Window Tint.

I’m here to answer any questions you may have about window tinting. This is quite common when a customer first gets window film installed. Some think that we apply the glue to the foil. The only thing we use in the installation is distilled water with a mild liquid soap.

The window film has an adhesive layer protected by a clear protective film. We remove the liner and wet the glue with our soapy water solution. Then we spread the product on the glass. The water allows the film to be applied to the glass without air pockets. Once the moisture has dried, the adhesive is cured directly on the window.

There are two main types of adhesives

Dry Glue – This is a chemical coating on the film that is activated by the water. It will take longer to cure but may be visually clearer after drying. This creates a chemical bond with the glass and can be more difficult to remove than the pressure-sensitive adhesive system. However, if this has not hardened, the film can be removed very easily within the first week. Most home films use this technology.

Pressure Sensitive – This is a sticky coating on the film that creates a mechanical bond with the glass. It sticks to the window much faster than the dry glue. Removal is much easier than dry glue, especially on certain glass. Depending on the manufacturer, this adhesive can reduce clarity and risk premature failure. There seem to be a number of different versions of this as we have observed some last over 20 years in a home and some fail in less than a year.

#windowfilm #howdoeswindowtintstick #windowfilmAdhesive #windowtint #naplesflorida #windowtinting #napleswindowtint

Drivers can choose from several grades of tinting products when deciding to tint their car windows. The cheapest variants can temporarily improve the vehicle’s appearance, but not much more. Additional benefits result from higher levels of lens tinting.

Ceramic window tinting offers the most benefits and generally has the highest price. Read on for more information on this type of tint so you can decide if a ceramic tint is worth the money.

What is ceramic window tint?

Ceramic tint is a durable multi-layer window film that blocks UV light from the sun. Using the latest technology, ceramic film properties have properties that make them more effective than other tinting solutions.

Nanotechnology is the key to creating this special tint. It contains microscopic ceramic particles with layers of ultra-thin film. Manufacturers claim this non-conductive material can block up to 99.9% of harmful UV rays.

Benefits of ceramic tinting

Fans from different regions and climates are praising the benefits of ceramic lens tinting.

UV Protection – Ceramic tint keeps almost all UV light out of your car. Blocking UVA and UVB rays helps protect your skin and prevent damage to your car’s interior.

– Ceramic tint keeps almost all ultraviolet light out of your car. Blocking UVA and UVB rays helps protect your skin and prevent damage to your car’s interior. Cooling – Ceramic particles in the film repel infrared rays to keep the car interior cool. Some film brands use more IR blocking technology for even more heat resistance.

– Ceramic particles in the film repel infrared rays to keep the car interior cool. Some film brands use more IR blocking technology for even more heat resistance. Less Glare – Darker shades reduce glare from sun, snow and headlights.

– Darker shades reduce glare from sun, snow and headlights. Extra Privacy – Window tinting provides more privacy by helping to hide valuables in the vehicle.

– Window tinting provides more privacy by helping to hide valuables in the vehicle. REDUCED SIGNAL INTERFERENCE – The ceramic window tint is metal-free, which aids in signal clarity for cell phones and other electronic devices.

– The ceramic window tint is metal-free, which aids in signal clarity for cell phones and other electronic devices. Aesthetics – Tint is a way to customize your vehicle. Be honest – dark car windows just look cool to a lot of people. And because ceramic tint contains no metal, it’s non-reflective.

– Tinting is a way to customize your vehicle. Be honest – dark car windows just look cool to a lot of people. And because ceramic tint contains no metal, it’s non-reflective. Warranty – While ceramic window film costs more than other types of tint, most manufacturers offer a warranty against blistering, cracking, and peeling.

Disadvantages of ceramic tinting

The downside of ceramic tinting for your car windows is the cost. The bill could be a few hundred dollars more than other types of tinting. Ceramic window tinting typically costs $400 or more for three windows.

The extra cost may be prohibitive for some people, but others believe it’s worth spending more. They consider it a kind of insurance policy, protecting their dashboard from cracking and upholstery from fading.

Ceramic tint compared to other window films

In the hierarchy of window tinting products, ceramic film is at the top. The following tint types make up the “next best” list:

Carbon window tinting protects the vehicle interior from UV rays. Its distinctive matte finish is durable and long-lasting.

protects the interior of the car from UV rays. Its distinctive matte finish is durable and long-lasting. Metallic window tint blocks UV rays and glare almost as well as ceramic varieties. Some consumers don’t like its shiny appearance, complaining that the metal composition can interfere with GPS, radio, and cell phone signals.

blocks UV rays and glare almost as well as ceramic varieties. Some consumers don’t like its shiny appearance, complaining that the metal composition can interfere with GPS, radio, and cell phone signals. Hybrid window tinting is a combination of metallic tinting and colored film. It offers a dark, clear look without a reflective appearance.

is a combination of metallic tint and colored film. It offers a dark, clear look without a reflective appearance. Colored window tinting is the easiest and most affordable option. It offers a dark look, but its blocking properties aren’t as effective as other types.

Summary of tinting ceramic windows

While ceramic lens tint costs more than other varieties, it offers the highest performance across the board. The film offers excellent protection against UV rays, offers excellent heat rejection and offers excellent glare control.

Related Car Maintenance and Sales Stories:

Has the summer heat made you sweat behind the wheel? Does “road glare” make you wince every time the sun is deflected off a smooth surface? Does your car burn your skin and make you wonder, “Do car windows actually block out UV rays?”

If you’ve been affected by any or all of these things, it might be time to put window film on your vehicle, and word on the street is that ceramic stuff is the way to go.

But is this state-of-the-art window protection product worth the extra price? How does it compare to traditional window tint? And are there any downsides to opting for ceramic window film? These are all common questions asked by people looking for protection from the heat and sun, and with good reason.

The more we learn about the risks associated with the glare of our solar system’s star, the more obvious it seems that as humans we need to protect our delicate epidermis.

The days of sneaking around and looking shitty because soda tint was the best the market had to offer are officially over, folks. Protective car window films are here to stay, and as you’ll soon discover, the new stuff comes with a slew of conveniences.

The beginnings of window tinting

As of now, the jury is undecided on the protective properties of orange window film.

Credit: Micah Wright

While various forms of colored window glaze and glass coating have existed since the end of World War II, early attempts to make these products often ended in failure. These early attempts at making “sunscreen” window films typically involved reliance on a two-layer tinted tint. One of these layers was filled with dark pigment to shield occupants from sunlight, while the other provided an adhesive backing for attaching to the glass.

But these initial attempts at light scattering and temperature reduction typically failed prematurely as many of these glass films turned “purple” over time due to chemical reactions influenced by sunlight. There have also been widespread reports of window film tearing, blistering and peeling, either willingly or through outside intervention. Due to these quality problems, early window films were often referred to as little more than “snake oil” for auto glass and therefore failed to gain traction in the mainstream. Simply put, people didn’t tint their windows back then, not because window films weren’t available, but because they were complete crap.

“At its most basic, window tinting is little more than a special polyester film that, when applied to glass and then exposed to heat, turns the clear glass into a transparent, ‘smoked’ finish. Adding a car window tint is like adding a nice pair of sunglasses to your car. And like any decent sunglass, this dark tint is designed not only to make you look cool, but to keep you cool while keeping things like sunlight and UV rays at bay.” -AvalonKing

America flexes its massive window-foil muscles… and farts

The only thing bigger than a massive American truck is watching a massive American truck drive into a drive through and unable to make it to the pickup window. Credit: Micah Wright

As with many of the more sophisticated and widespread inventions of the automotive world, the brand known as 3M was the one that made window film a success story, making it the cornerstone of the entire glass tinting revolution in the process. Although 3M may not have invented window film, it was the first company to patent it and the most successful company in marketing and selling the material. This was in part due to 3M’s ability to fix many of the blistering and discoloration problems that plagued these early window film products.

But even then, 3M films weren’t immune to wrinkles, blisters, tears, and discoloration, they just didn’t do it as quickly and not as often. It wasn’t until the advent of metallic window films in the 1990s that the situation really started to improve. Made from a metallized coating, these films deflected heat and UV rays alike and were not nearly as likely to change color or blister and wrinkle after prolonged exposure to intense sunlight and heat.

“To the naked eye, window film may look like a giant sheet of plastic, but it’s actually made up of 200 thin, transparent layers of nanotechnology material; no thicker than a piece of normal paper. It’s usually made from a plastic called polyethylene terephthalate (PET) because of its ability to bond to (or embed in) a variety of surfaces. PET’s tensile strength and clarity make it ideal for automotive windows.” –USA window tint

On the other hand, because these window films were made of metallic minerals, they really screwed with all electronic devices found in a vehicle, especially when it came to transmitting an airborne signal. From radio waves and remote lock controls to pager notifications and making car calls, if it was electronic and airborne, there was a good chance the tint would interfere with it in some way.

The advent of ceramic-enriched window film

Well, here are some interesting numbers. Check out the temperature difference between a regular sedan tint (right) and a premium ceramic window film (left).

Credit: Texas Tint Masters/YouTube

Ceramic window film, or non-metallic window film, is one of the newer additions to the glass protection portfolio and by far one of the most expensive. But last we heard you still get what you pay for and if you just take a look at all the rave reviews from customers and professional installers it’s pretty obvious that this stuff has some value.

According to pro tint window film manufacturers and installers, these products do a great job of blocking harmful heat and UV rays before they can even penetrate a vehicle’s interior. Being ceramic in nature and therefore a non-metallised window film, these products do not interfere with radio wave signals nor create glare/reflection problems.

As the originator of window films and a driving force in nanotechnology, 3M has played a key role in the development of advanced ceramic glass coatings and its product line has grown significantly in recent years. The price associated with these products, as well as their installation, also remains high, with reports of installing ceramic window film on cars ranging from $100 to $800 on average, depending on the size of the job.

With 3M being the undisputed patent holder in window film and with more R&D dollars than all the galactic credits in Boba Fett’s bounty closet, the chemical and textile monolith continues to set the pace for the window film industry. This is largely because 3M is the only manufacturer of its kind with the financial muscle and capabilities to make its own polyesters, adhesives, metals and scratch-resistant coatings. From a quality control perspective, this allows 3M to cover every step of the production process and then stamp a certified seal of approval on each item when it’s ready to ship.

Quick Nerd Note: Historically, 3M was indeed the first company to be granted a patent for window film. It’s 1966 and back then window film was commonly referred to as “sunscreen”. Unnoticed by its creators, this relatively inefficient material evolved into a revolutionary product that would change the world of automotive glass for decades to come.

So what makes 3M Ceramic Series car window film so special? And is it worth the extra upfront cost? What differentiates it from its products, 3M says, is that its competitors’ ceramic tint films are often prone to corrosion, which causes them to change color around their edges. Not only is this disease unsightly, but it can lead to deeper problems later on, such as blistering, wrinkling, and other forms of deformity.

But what are consumers and window film installers saying about the latest and greatest auto glass protection products from 3M? Actually quite a lot. Customer and professional ratings alike remain consistent in the 4.6 to 4.9 star range, and from what we’ve been able to glean, the claim that 3M’s products do not discolor or warp is entirely accurate. Drivers have also found that after installing 3M ceramic window film, interior temperatures drop significantly, direct sunlight no longer burns their bare skin, and glare is significantly reduced.

What Makes Ceramic Window Film Work?

So, having established that ceramic car window films seem to live up to the hype, let’s get down to what makes all these amazing protective powers possible. The answer lies in the same nanotechnology genetic backbone found in a premium 9H ceramic coating.

This silica-based microscopic concoction is so small that not only is it invisible to the naked eye, but it is also completely invisible to the ordinary microscope. Engineered to improve both visibility and clarity, this microscopic molecular marvel works wonders when it comes to reinforcing automotive glass.

Take 3M’s recently released, far more advanced version of ceramic window film, a line of products dubbed the “Ceramic IR Series.” This ultra-high-end film is marketed for having superior infrared heat reduction due to “absorbing nano-ceramic technology”. Apparently, this nanotechnology-enriched film has the ability to provide up to 99% UV protection, which means SPF 1000 in sunscreen lingo. Yeah, rub that on your dad and tell us what you think.

These nanotechnology-enriched window films are broken down to the bare nuts and bolts, reducing the sensation of heat from the sun on the skin. So, hypothetically, if you were to develop a sunscreen that somehow leverages this technology to provide earthlings with an SPF 1000 solution, they could potentially change the way we view sun-related skin damage. Introduce yourself. A world without nasty sunburns after passing out poolside while carrying your favorite European banana hammock.

But I digress… again. SPF protection isn’t the only benefit of this non-tech-boosted stuff. Not only will it interfere with 5G or other cellular carrier services, it won’t reflect or reflect back at you while you’re driving, nor will it corrode, change color, or fade. Oh, did we mention that many of these window films come with a lifetime warranty and free peanut butter cookies? Wait, that can’t be right. Certainly window film manufacturers know that a large proportion of motorists suffer from nut allergies and that they should at least offer a chocolate chip alternative.

Quick Tip: Window tint laws tend to vary by state, province, and in certain cases country. Always check local laws or ask a certified installer for advice before installing window film so you know which windows can be legally tinted and what level of tinting is considered legal.

What is the difference between regular lens tint, ceramic lens tint and nano ceramic lens tint?

“Crazy” speculation aside, there are some disclaimers that should come with this stuff. Despite their similar ceramic genetic makeup, there are some fairly significant differences in the level of protection offered by a basic ceramic window versus its far more advanced (and expensive) nanotechnology-enhanced big brother.

For comparison purposes, we’re pitting the 3M Ceramic IR Series against its slightly less evolved Ceramic Series sibling, as both share the same underlying genetic makeup and are easy to compare. Of course, there are plenty of other products from different brands that can be cross-referenced, but we’ll skip the head-to-head comparison test for the sake of brevity for all you YouTube DIYers.

Returning to the 3M products above, you will find that in order for vehicles to achieve what has been termed “optimal thermal comfort”, a window film must not only deflect harmful UV rays, but also impair the feel of the sun on bare skin. To achieve this feat, the Ceramic IR Series was engineered to reject up to 66% of all solar energy and up to 95% of infrared heat from direct sunlight.

In contrast, regular 3M Ceramic Series window film rejects only up to 59% of total solar energy and up to 80% of infrared thermal radiation. The film’s cheaper version also doesn’t say anything about being 5G-friendly, instead it’s marketed as allowing you to “…stay connected to mobile devices, GPS, or satellite radio reception without interference.”

3M’s entry-level ceramic films also reduce only 60% of solar radiation at best, in contrast to the IR upgrade which offers up to 93% glare reduction. And while the basic version claims to block up to 99% of UV light, its overall sun protection factor (SPF) is 810, while the IR series can easily reach a full 1000 SPF. On the plus side, both 3M ceramic window film products are backed by a Limited Lifetime Warranty.

Regardless of which brand of product you choose or what strengths it markets, almost all window films fall into the following three categories. While there is also a carbon option on the market, this recent advance in the window tint market is a bit different, so for clarity we will cover this topic in a separate blog article.

Normal Tint: A tinted metallic film designed for privacy and appearance rather than heat and UV resistance. Affordable, easy to process and resistant to blistering, fading and discoloration, this has long been the window film option of choice for the rear glass of production vehicles as well as aftermarket tint installers.

Ceramic Window Film: A ceramic-enriched infrared film that offers all the benefits of a metallic tint but without the annoying problems of radio wave interference. This product usually offers the same level of protection and heat resistance across the board, no matter what shade you choose. Unlike tinted window tint, which only darkens glass, ceramic window film doesn’t have to be super dark to block glare and infrared light.

Nano Technology Ceramic Window Film: This type of tint takes standard ceramic window film and infuses it with additional layers of nano ceramic particles to improve the product’s ability to block heat and harmful UV rays. Significantly more expensive than the other window film options on the market, Nanotech ceramic films are offered in virtually every shade imaginable, with a clear film offering the same level of protection as a super dark soda tint.

Solar energy, UV rays and glare protection

When it comes to window film tinting, dark doesn’t always mean opaque. It just means more privacy.

Photo credit: Definition Car Detailing/Facebook

Protection from the sun’s rays and glare varies depending on the type of tint used, as some tints use visible light absorbance (VLA%) to soak up sun glare, while others are more of a reflective window film and rely on visible light reflection (VLR %). Measuring these percentages means relying on the Apparent Light Transmission (VLT%) scale. The higher the percentage, the more light is allowed through the glass.

This means that the average untinted car window ends up in the 90% range of visible light, or a VLT rating of 90%, meaning it only protects you from 10% of the sun’s rays. And while the average OEM glass pane is pretty good at blocking UVB rays, any windows in a car outside of windshields aren’t going to do a shit job of blocking UVA rays.

The ideal window film is a product that can protect against all three light related nuisances. This means reducing heat and glare from UV and infrared light while reducing light glare, whether it’s from direct sunlight or headlights at night.

Farewell pictures and the future of window film nanotechnology

Installing ceramic window film is a procedure best left to the professionals. Nobody likes the look of bubbles in their window tint, so cough up the extra money and get your tint installed right the first time.

Photo credit: Winshield Window Tinting Specialist/Facebook

Once you’ve decided to install ceramic window film, you’ll find that your options go well beyond what 3M has to offer. Brands such as Llumar, Rayno, Geoshield, Madico, Inc., XPEL and a number of other manufacturers have all released their own line of nano-ceramic window films, each claiming their product is the best. While the jury is still out on which product rules all apply (there are literally dozens to choose from), online reviews are usually consistently positive as long as you stay away from the DIY bargains at the local hardware store.

Regardless of which product you choose, remember that these window films do not offer the scratch resistance, water and dust repellency that a premium 9H ceramic coating such as Armor Shield IX offers. Because of this, many people have opted for a two-pronged attack, first applying ceramic window film and then applying a ceramic coating over it for added protection and security.

Quick final nerd tip: Just because that tiny imprint on the corner of your car window says it blocks harmful UV rays doesn’t mean it actually does. According to a report by America’s Skin Cancer Foundation, while everyone is concerned about protecting their skin from sunburn, which causes UVB rays, it’s the UVA rays that cause things like wrinkles. Regardless of who you come into contact with, prolonged exposure to UV rays commonly leads to skin cancer in humans.

Reasons why nano ceramic window tint is the best choice

Auto owners in San Diego are always looking for ways to keep their vehicles cool on hot, sunny days. That’s one of the reasons almost everyone is investing in nanoceramic car window tinting. It can be ideal for remodeling or refurbishing your vehicle. The purpose of nano-ceramic window tints is to minimize and block heat to provide shade. It is a new improved automotive window tinting material with non-metallized and non-conductive elements. However, the challenge is to choose the right car window tint as it is a new product on the market. Find out about the benefits of this car window tint before taking your vehicle to a body shop.

The biggest difference between nano ceramic tinting and other films is how it is manufactured. All windscreen films consist of two layers of polyester film. What varies is the material between the two layers. Various products including dyes, metals and hybrids of the two can be used in conjunction with the polyester to form ceramics.

However, each of these materials has unique protective and reflective properties. Ceramic tints are durable and outperform their competitors in terms of longevity. Ceramic also has superior heat rejection compared to other window films. Ceramic films can block more sun rays than tinted and hybrid window films combined. Here are some benefits of customizing your vehicle with San Diego car tint.

signal stability

Materialized versions of window tint can interfere with terrestrial, satellite, GPS, and cellular signals. However, because nano-ceramic tints contain no metallic elements, they are unlikely to interfere with signals in your vehicle. Thus, it’s a convenient way to keep your vehicle comfortable without sacrificing user experience.

Glare and UV protection

Nano-ceramic window tints block the sun’s harmful rays to protect your vehicle’s interior from degradation and fading. It also protects the passengers from sun damage. Nano-ceramic tints have a patented technology that can guarantee protection from the sun’s rays while maintaining a clear appearance. Nano-ceramic window tints only transmit 5 to 50% of the sun’s rays; This reduces glare while driving. Nano-ceramic window tints also feature advanced technologies that can reduce harmful sun rays by up to 80%. The material contains no dyes, so it is unlikely to fade over time. Nano ceramic lens tint costs only 20% more than tinted tints. Tinted lenses also give you the security and privacy you deserve. One of the fascinating features of nano ceramic window tint is that it cannot darken your windshield. Ceramic windows feel more comfortable than other tints because they are designed to block heat from entering your vehicle. Ceramic tints allow less heat to enter the interior, so your vehicle always feels nice and cool.

quality

Today’s car owners attach great importance to the quality of their products. Nanoceramic lens tints are ideal for value and quality-conscious people. You can find test reports on nanoceramic window tinting on various websites. Nanoceramic window tints have gained popularity due to their superior performance over ceramic visuals and heat. By equipping your vehicle with this tint, you can save on air conditioning, which translates into fuel savings. Ceramic windows also make you feel safe in your car wherever you go.

privacy

The advanced technology and durable material of ceramic window tint will mask any valuables in your car, protecting you and your passengers. Although dark, nano ceramic lens tints cannot affect your vision while driving.

Different colours

Nano ceramic window tints can only change the color of your windshield slightly. This means they are an ideal choice for anyone looking for car window tint protection while maintaining the look of their car.

Legally compliant

In San Diego, it is illegal to tint a vehicle at less than 88%. Honestly, at this percentage, car owners will not get any privacy and protection from the sun. This is why many people like to give their windshield a soda tint, but unfortunately this could be illegal. However, nano-ceramic window tints give you just as much heat protection and privacy as traditional window tints.

Shatterproof

Nano-ceramic lens tint has shatterproof properties, which means the broken glass will remain intact even after an impact. This makes them a safer alternative to standard tints. Although the price may be a bit high, nano ceramic windows are the best films available on the market. All ceramic window film products are somewhat expensive due to their high effectiveness and modernized properties.

An improved driving experience

Most standard window films do not offer as much protection from radiation as nanoceramic films. Ceramic window films are nano-layers with carbon and ceramic properties that enable them to block heat and harmful UV rays. You’ll notice a noticeable difference when driving long distances on a sunny day. You are also unlikely to use the air conditioner after fitting your vehicle with nano ceramic sheets. Car owners will hardly use their air conditioner, even if there is a fire.

energy efficiency

Nanoceramic films are slightly more expensive than standard tint. However, if you invest in them, you’ll save a few bucks on energy consumption. Most drivers often turn on the air conditioning when it’s hot, which can increase their power or fuel consumption. That can add up and increase your energy bill at the end of the month. However, if you replace standard films with nano-ceramic tints, you can save at least 40 percent in fuel consumption. Virtually everyone wants to save, so try nano ceramic films today and you will never regret it. Honestly, no window tint comes close to nano ceramic film in terms of quality.

Ceramic window films do not contain any metal elements, so they are unlikely to affect your vehicle’s engineering. This means that installing ceramic films will not affect your vehicle’s navigation system. Another benefit of installing a non-metallic window tint is that it has no reflective properties. It only makes the glass appear a bit dark but maintains high visibility. People are unlikely to notice that your car is tinted unless they care about details.

Get your windows tinted with 619 Motor Sports, it’s the best deal in San Diego.

Plexiglas is a transparent material with thermoplastic properties and is more resistant than glass and plastic. This means that if you heat the plexiglass to a certain temperature, you can bend it into different shapes. For this reason, plexiglass is replacing glass in items such as windows or windshields in cars. If you have plexiglass somewhere and want to tint it, you can do that, but the process is different than glass.

Plexiglass is used in craft projects, jewelry making, and cosplay costume making. It’s versatile, durable, and customizable. Dying Plexiglas gives you the ability to choose the color and depth of color and match other media in your projects. Tinted plexiglass is available, but costs more – and only comes in a limited number of colors. Fabric Paint lets you add life to your projects with custom colors.

Click here for a partial list of major retailers stocking Gila Window Film for home and automotive window tinting. Note: Product selection and stock levels vary by retailer.

Q: Do I apply the film to the inside or outside of the window?

A: Only apply Heat Control films to the INSIDE.

Apply Privacy Mirror and Frosted films to the INSIDE only.

Apply the Glare Control Films to the INSIDE of single pane windows and OUTSIDE of double pane windows.

If you have outer (outer) removable storm screens, apply the film to the INSIDE of the storm screen. If you have interior (inside) removable storm windows, apply the film to the INSIDE of the fixed window and not to the storm window.

Q: What are the five secrets to a successful job?

A: Read the application instructions carefully before you begin. These are rolled up in the foil, so unroll the foil a few meters to find them. Gather all the tools you need before you begin. These tools include: Gila application solution, a squeegee, a utility knife with snap-off blades, lint-free cloths or coffee filters, clear tape, and a single-edged razor blade for cleaning the glass. Use smaller pieces of “extra” foil to practice application before starting the first window. Two people working together make this a very easy project. Apply the application solution liberally to keep the glass and adhesive side of the film wet during application.

Q: Is Gila Window Film safe for double pane windows?

A: All Gila window films are safe for double pane windows when used correctly. Most can be installed on the inside of double pane windows, with the exception of Glare Control and Privacy Control Black (outside only).

Q: Why is Gila Application Solution important?

A: The application solution keeps the glass surface clean and smooth. It allows the film to be applied and positioned, and lubricates the top of the film so the squeegee slides evenly across the film. Be generous with the solution during application. If your local retailer does not stock Gila application solution, you can make a reasonable substitute by adding 1/4 teaspoon of No Tears Baby Shampoo (without conditioner) to 1 quart of water, shake, allow to settle, then use.

Q: When is the best time to apply foil?

A: It is safe to apply the film all year round. Gila recommends applying film to cool glass and avoiding direct sunlight.* Note: Do not apply film when outside temperature is below freezing (32 F.). The adhesive may crystallize if temperatures drop below freezing within the first three days after application of the film. Since the inner pane is better shielded from the outside cold in double pane glass, the outside temperature should not be lower than 10-12°F to ensure that the application solution does not freeze before curing.

Q: Why do I need to trim a gap around the edge of the film?

A: Always cut the liner before removing the water from under the liner. Soak up excess water with a coffee filter or paper towel. Trimming the gap eliminates air and water bubbles that cannot be removed after the film has fully cured (dried). If the film is too large, “fingers” will appear at the edges, usually at the bottom; and as they “grow” they pull dirt under the film. The gap also leaves ample room for the glass to expand and contract as it heats and cools within the window frame. When applied according to the instructions, all Gila residential window films/tints are designed to be fully compatible with standard residential windows whether single or double glazed. It is designed to leave an adequate gap between the film edge and the window frame. A credit card can also be used to create the gap. The gap should be no smaller than the edge of a credit card and no larger than 1/8 inch.

Q: How should I clean window film?

A: The film is best cleaned with the Gila application solution and a squeegee. Thoroughly spray the area to be cleaned with the solution. Spray your hand. Rub the area to break up dirt or grease. spray again and peel off. Use lint-free cloths or paper coffee filters to wipe up excess soap solution. It is safe to use ammonia based window cleaner if the cleaner will not sit on the film for a long period of time (no more than 1-2 minutes).

Q: How long does the window film last?

A: The life expectancy of Gila Window Film depends on the type of film, its exposure to sunlight, the climate, and how it is cleaned and cared for. With average care, the Heat Control and Privacy Control films should have an expected lifespan of up to 15 years. Film longevity is usually the result of exposure to direct UV radiation (part of sunlight). The older the film, the less UV it can effectively absorb. If UV protection is an important reason for using film, we recommend replacing the film every five years. At this point, the level of protection has gradually decreased from 99% to around 97-98% UV reduction depending on direct sunlight exposure.

Q: Will foil harm my houseplants?

A: The most compatible foils for sensitive houseplants are Heat Control foils. These films transmit higher portions of the visible light spectrum, which plants need for healthy photosynthesis. Darker films (e.g. anti-glare) block too much of this light. Help your plants get used to the change in light by adjusting them over a five day period. On the first day, move the plants 30 cm further into the room. On the second day, move them another foot. Apply the film on the third day. On the fourth day, move the plants a foot closer to the windows. On the fifth day, move her another foot closer.

Q: Can I stick window film on my skylight?

A: The most important element of this question is personal safety. Putting film on windows that you can easily reach is a skill that must be mastered before putting film over your head. Any time you are considering applying film to a window whose bottom edge is more than 7 feet off the ground, you should seriously consider one of two options: work as a team with an equally experienced partner, or hire a contractor or window film installer will do the job for you. Handling foil on a ladder is at least twice as difficult as installing foil on a large patio door yourself. Click here for a list of professional window film installers using commercial grade films manufactured by Eastman Performance Films under the LLumar® and Vista® brands. Please note that professionals make their own films available as part of their commissioned work. They may or may not perfectly match the look or performance of a Gila ® Window Film.

Q: How do I remove old window film?

A: Gila brand EZMount adhesive makes film removal easy and clean. Removal is as easy as peeling the film off the glass. However, depending on when you purchased your film, it may not come with an EZMount adhesive. If your film has been in place for a while or does not pull off the glass easily when you pull it, please follow the glass instructions below. This solution is sold in the Gila Window Film display in major home centers nationwide. A bottle will remove between 45 and 60 square feet of film on average, depending on how many years the film has been on the window and its exposure to direct sunlight. Instructions for using the solution are printed on the bottle. in summary

(1) Shake the bottle for 30-45 seconds to mix the solution properly.

(2) Spray the solution over the surface of the slide until it is completely covered.

(3) Note that the spray does not drip after contact,

(4) wait 30-40 minutes*,

(5) Use the included single-ended razor blade to loosen the top corner of the film,

(6)Peel the film down and away from the window,

(7) Spray the solution on the glue again to then soften it

(8) Use the razor blade to scrape off the softened adhesive.* If the film has been on the window for more than 5 years, you can reapply the solution after 1 hour, wait another hour before peeling off the film.

CAUTION: Be very careful when handling razor blades or scrapers. Keep your hands dry. wear eye protection. We recommend shaving upwards so you can always see which way the blade is moving. Keep the surface wet so the blade can easily scrape the film and adhesive off the glass.

If the removal solution is not available in your area, the following steps describe an alternative method for removing any brand of window film: Gather tools Single-ended razor blades in a holder/scraper Spray bottle filled with 8 ounces water, 4 ounces ammonia, 1 teaspoon liquid dishwasher soap Disposable towel to clean razor blade edge Old towel to protect windowsill from loose glue Drip towel to protect floor REMOVE TOP LAYER OF FILM Use the razor blade to loosen the top 1/2 – 3/4 inch along the top edge of the film . Spray the ammonia-water solution (aka “the solution”) behind the lifted film and leave for a minute. As you release the film, continue spraying behind the released film. Continue this process until you have peeled 3-4 inches off the glass. Grasp this detached foil with both hands and pull the foil down. You may find it easier to drag diagonally from one corner to the center, then the other corner to the center, then bunch the foil in your hands and drag the rest down to the bottom of the window. If the film sticks, spray the solution behind it to break the adhesive’s hold. When you rip the film off the window, the ripping sound you hear is the old adhesive ripping, as some of it will come off with the film and some of it will remain on the glass. If you have the time and the movie is more than five years old, do the work overnight while you sleep. Spray the solution on top of the film and then cover the entire glass surface with a pre-cut plastic film (e.g. attach the plastic film to the top of the wet film and then secure the bag to the inside of the window frame with strips of tape. Leave it Leave on for 2-4 hours, then peel off the top edge, spray 10-20 “squirts” of the solution behind the plastic wrap, reseal the top and leave on for a further 2-4 hours (or overnight).. While During this time, the solution will soften the adhesive, making it easier for you to peel the old film off the window.CAUTION: Do not leave a black or dark plastic bag hanging over the window, especially if you have double pane windows.If you use the bag on a warm/hot day Leaving it in place can cause significant heat stress to your windows, which can contribute to window cracking FS After removing the film, a translucent or clear layer of adhesive may remain on the glass. To remove, spray liberally the entire surface with the solution. Rub the solution into the “dry” glue until it turns milky white. This color is a sign that the adhesive has broken its bond with the glass and has become pliable enough to scrape off. Spray the area you want to shave again and use a new razor blade. Shave upwards in quick strokes. If the glue collects on the blade, wipe it clean with an old towel. (Hint: when you’re done with the work, throw away the towel). Do not drop the adhesive on carpets or fabrics. Change blades as often as necessary to maintain a sharp edge and avoid scratching the glass. CLEANING THE WINDOWS After all the adhesive has been removed, spray the window again with the ammonia water solution and clean with a squeegee. Look for white dots and remove them; it’s glue residue. The glass may appear cloudy for a few hours as the ammonia evaporates. If you wish to apply a new film, immediately clean the glass with the soapy water application solution and allow the glass to “breathe” for at least 24 hours before applying a new film. Clean the glass again before applying the new film.

Q: What is the guarantee on the film?

A: Every Gila Window Film product comes with a manufacturer’s warranty. Please click here for more information. Refunds are the sole responsibility and option of the retailer who received your purchase money. The retailer’s refund policy controls this option.

Q: Why does the film feel warm on hot days?

A: All films are very warm to the touch, even hot when the windows are hot. The reason for this depends on the type of film, the type of window and the type of weather. In principle, all foils impede the transfer of heat from the outside of the window to the inside of the room. Heat has to work much harder to move through this obstacle, so much energy is dissipated through reflection, absorption, conduction, and convection. When you place your hand on the foil, you feel a lot of this heat energy. Reflectance measures how much energy the material reflects back into the glass. The higher the reflection, the greater the reduction in “heat gain”. Utility companies often measure this as a “shading coefficient”. Convection measures how much energy is dissipated. The main cause of convection is air movement, such as B. a breeze outside or a moving fan inside. Convection helps cool a surface by removing heat. Absorption measures how much heat the material absorbs. The Glare Control vinyl films absorb a lot of heat because it is dark colored vinyl. The Heat Control films reflect a very high percentage of heat because they are metalized polyester films. Conductivity measures how much heat is transferred inward through the film. Most of this heat is left behind after convection and reflection have rejected as much heat as possible. What comes into the room on the other side of the foil is “net heat gain”. Heat Control films have the lowest net heat gain because they have excellent heat reflection. Anti-glare vinyl and privacy frosted films contain no metal and do not reflect heat as efficiently, reducing net heat gain.

Q: How do I remove glue and paint from foil?

A: The best way to remove overspray or adhesive residue left behind when removing masking tape or old stickers from a pasted window surface is to use neat acetone (nail polish remover without oils) dabbed onto a clean, soft cotton cloth. Gently stroke the affected area. Continue in this manner in a circular motion until the surface is clean. The acetone evaporates completely. Caution: Acetone is highly flammable. Use only in small amounts with good ventilation and never near a source of ignition. Be aware that acetone can damage acetate fabrics, painted or varnished surfaces.

Q: What is the difference between air bubbles and water bubbles?

A: Water bubbles are water bubbles that get trapped under the film during an installation. Most small water blisters dry up in a few days. Sometimes air pockets remain trapped under the film, which unfortunately do not disappear without suitable squeegeeing methods. If there is still plenty of application under the film, simply re-wet the film and wipe again to remove trapped air. In some cases it may be necessary to lift and rewet the slide.

Q: Is there another alternative application solution I can use to install Gila Films?

A: If Gila Application Solution is not available, you can use a mixture of water and No Tears baby shampoo (without conditioner). Mix a quart of water and ¼ teaspoon of shampoo in a spray bottle. Other liquid soap products contain ingredients that can reduce the effectiveness of the adhesive film.

Q: Is overspray from the application solution harmful?

A: The solution is no more harmful than a gentle soapy solution such as B. No Tears Baby Shampoo. However, we recommend using the solution in a well-ventilated area and using cloths to cover carpets, furniture, etc. to avoid potential stains on fine furniture or fabrics.

Q: How do I remove trapped air bubbles?

A: If an air bubble is noticed under the film immediately after installation, simply spray the film again and use the squeegee or wrapped hard card to push the water to the nearest edge. If the bubble is still there it may be necessary to carefully lift the next edge, spray the adhesive again thoroughly and squeegee that area of ​​the film again. Before lifting the film, ensure that the film edges are properly trimmed and the edges of the window are dried with rigid cardboard wrapped in paper towel to absorb perimeter seal moisture. Dry the border first to prevent liquid from running back under the foil.

Q: Can I apply foil to CERAMIC TILE?

A: We do not recommend applying these self-adhesive film products to ceramic tile. These products are intended for application to smooth, clean flat glass only. Installation on non-glass surfaces is not covered by the Gila Window Films warranty.

Q: What is the curing (drying) time for Gila foils?

A: The film generally takes 5-7 days to set. (Factors that affect drying time include temperature, humidity, and whether the film is exposed to sunlight). During this time, you should see those little water dimples disappear when they’re smaller than a pencil’s eraser.

Q: How do I work with film that appears extremely curled?

A: The film has a natural curl from being rolled up in a box for a period of time. Note that the clear sheet of the slide is facing out. First, unroll the film over a clean table top with the film facing up, so that the corrugation protrudes into the table. This should keep the foil flat and easy to mark and trim to the size needed. In the unlikely event that the film curls up along an edge after installation, wrap a plastic credit card in a sheet or two of paper towel and use it as a squeegee. Stroke down the film firmly, starting a few inches from the edge and moving gently and forcefully towards the raised edge. This forces the air out and allows the film’s adhesive to bond to the glass. You may have to repeat this technique several times. If the problem seems persistent, use a blow dryer on a warm (not hot) setting to evaporate any residual moisture along the edge and staple using the “credit card wrapped” technique. Hold the hair dryer about 8 to 12 inches (20 to 30 cm) from the affected area while you run the paper towel-wrapped card over the edge.

Q: Can I apply film to double pane/double pane low e window?

A: Be sure to read the instructions before applying any specific film to double glazed windows. Double pane windows are windows that consist of two panes of glass separated by an air gap and a surrounding spacer bar that also seals the edges against moisture ingress into the air gap. The film installation can be done on the room-side surface of double-glazed windows, provided the correct films are selected. Certain films can cause the inner pane to overheat and possibly damage the weather seals or even break the glass. Some double pane windows, like those used in some RVs, are made of tempered glass. The outer pane of hardened double pane windows is also usually tinted. Tempered glass cannot break from solar heat absorption, no matter what film is applied to it. However, care must still be taken to select the correct film as premature seal failure is possible due to the use of overly absorbent film which can result in overheating of the seals and excessive stress from stretch cycles. It may be necessary to contact a member of Eastman’s technical support team for clarification on the best films for such windows. Dual pane low-E and dual pane tinted windows can be safely applied to the exterior surface with anti-glare films. Low-E coatings are applied to one of the internal surfaces of the glazing system, so its performance (in reducing heat loss in winter) is not compromised.

Q: What causes fading? How much is fading reduced with window films?

A: Furniture or artwork fading is caused by UV rays, heat, visible light, indoor artificial light, humidity and the quality of the dye in the fabric. There is general agreement that UV light damages fabrics more than any other single factor. Most Gila films block approximately 96-99% of UV rays, which means that while Gila films do not completely prevent fading, they can help reduce it.

Q: Can you apply foil to foil?

A: In general, installing foil on foil is not recommended. “Stacking” solar control films can often cause the glass to overheat, raising the glass temperature beyond manufacturer-recommended limits. Excessive heat can cause seal damage (on two pane units) or glass breakage. If the glass is tempered and made from a single pane, stacking films will not cause damage. If you need to stack two or more slides and have questions, please contact Customer Service who can put you through to a member of the Technical Services Group. However, always remember that stacking or “stacking” films voids warranties.

Q: Can Gila foils be applied to glass blocks?

A: Applying film to such glass or acrylic “bricks” is not recommended. Most glass blocks are uneven, making it nearly impossible for the film to adhere evenly to the blocks. Does the adhesive label wrapped around the film roll damage the film? no The label on the film is attached to the clear backing side of the film. The clear protective film protects the adhesive and is discarded after removal during the installation process.

Q: How do I remove the clear protective film from the film?

A: Remove the backing by attaching two 3″ long pieces of clear tape to the front and back of one corner of the film so that about 1″ of tape is on the film and the rest is centered and hanging over the sharp corner the movie. Firmly press the two pieces of tape together and quickly pull apart to separate the clear backing from the adhesive (dry) side of the backing.

Q: Can Gila home wraps be applied to plastic, Plexiglas®, Lexan (polycarbonate) or car windows?

A: Do not attach Gila Residential Films with adhesives to plastic, plexiglass, polycarbonate surfaces, or automotive windows. On plastic surfaces, the adhesive on the film can cause bubbles or bubbles and long arrows that look like creases. In addition, attempting to remove the film from plastic surfaces can cause permanent damage to the windows. We recommend trying adhesive-free Vinyl Glare Control or Privacy Black films on plastic, paying careful attention to the instructions and cutting. and garage door window. The advantage of these “plastic” materials is that they are more impact resistant than glass. They are often more durable than glass in certain window locations. Window film adhesive is not suitable for these “plastic” windows. Changes in temperature cause the Plexiglas and window film to expand and contract naturally. The plexiglass and film expand and contract differently, causing the film to buckle and lift off the glass. If you want to reflect more heat you can cut a piece of Heat Control film to the size and shape of the window. Leaving the clear protective film on the film, apply the outside of the film to the glass after adhering a ¼ inch border of double sided tape around the inside perimeter of the window. Do not attempt to composite the film on curved or arched skylights. Window film does not stretch to conform to these 3-D surfaces, but it can wrinkle, curl, and crumple severely if you try to force it to conform. Home wraps should not generally be applied to car windows as the reflectance (a measure of how shiny the wrap is) is often higher than what is normally legal for cars in different states. There is a special range of Gila- Window films specially developed for use in cars.

Q: Is there a film that gives me privacy day and night that still allows me a clear view?

A: In a word, no. There’s also no one-way mirror glass that allows for this. The Privacy Control Mirror film is designed to provide DAY CHECK ONLY. Wherever the larger light source is, that is the side where the mirror or reflectance will be. During the day, the sun is the largest light source. So when you look inside your house from the outside, you see a reflection. If you look inside out you can see clearly. During the night: Since the lighting in your home is the larger light source, when you look out your window you will see the reflectance or mirror image. Someone looking in your window from the outside can see if the lights are on inside. There are many Eastman professional film products that offer very low internal reflectivity with higher external reflectivity, so nighttime reflectance is greatly reduced. There is currently no technology to make a window film (or glass) truly “one-way” under all lighting conditions. The Privacy Control matte film provides 24-hour privacy while diffusing natural light. It looks the same as frosted or sandblasted glass. Our Privacy Control Black is a vinyl film that lets only 6% light through. It is not designed for inward or outward visibility.

Q: Can Gila Film be applied to oval or round windows?

A: We do not recommend applying film to non-rectangular windows. Most non-rectangular windows (curved edges or specially designed shapes) are custom cut and notched, creating the likelihood of weak points and breaks in the film.

Q: What if my window is larger than the film size?

A: To cover windows larger than the film size, sew the film like wallpaper. Overlap two sides vertically by ½ inch, then use a ruler to guide your knife as you cut through the center of both layers of foil. (You can practice this with scraps of foil so that you apply enough pressure to cut through both layers but not so hard that it scratches the glass.) After cutting the seam, peel the loose strip of foil from the top and lift then edge it up and slide the scrap piece from underneath. Spray the underside of the film while peeling away the exposed inner strip. Lay the foil down and wet the foil again along the seam line, then wipe from top to bottom in a slow, firm vertical motion. Rakeln Sie nicht über die Naht, da Sie die Folienkanten anheben und beschädigen könnten.

F: Wie kann ich statische Elektrizität beseitigen?

A: Statische Elektrizität kann beseitigt werden, indem die Filmoberfläche leicht mit Anwendungslösung besprüht wird. Beim Abziehen der durchsichtigen Schutzfolie auf bestimmten Folienprodukten kann es zu statischer Aufladung kommen. Um dieses Problem zu vermeiden, besprühen Sie die Vorder- und Rückseite der Folie, bevor Sie die Schutzfolie abziehen (unmittelbar vor der Installation).