lcd screen protective film free sample

Yes, it is possible. We have a machine here that will laminate two film types together. It is not recommended to laminate two anti-glares together. Pricing varies based on size. Please contact [email protected] to get a quote.

Yes. This varies by film type, with most films reducing transmittance by 5 to 8%. For more specific information, please see the spec sheet for each film type.

Stronger anti-glare films (MXT and MXG) are not the best choices for bright sunlight conditions as they will make the screen appear opaque and more difficult to view when viewed from an angle. The lower the anti-glare, the least amount of image greying occurs. We recommend that if you"re going to be using the device outside for the majority of the time you should consider MXO if you are concerned with having an easy to clean coating. Please read this blog post for more information.

Lighting conditions, viewing angles and personal preferences vary. Please consider buying a film sample pack to help you decide which film type best suits your needs.

Yes and yes. LCD and LED panels do not emit UV rays. All of our films reduce UV exposure from the sun and other potential sources to the screen by about 90%. However, our films are not meant to be used outside for extended periods of time.

We can cut to a maximum screen diagonal of ~100" *(corner to corner). The maximum screen height (top to bottom) is as follows:MXO, HSC, MXT, 9HO, and MXB films can be cut up to 40.5" high (1035mm)

The screen protectors are cut to allow a .5 mm to 1 mm gap to the edge of the frame and allow for some installation error and to make film removal easier. Cutting too precisely can result in the film overlapping the frame. If the device is frameless, the screen protector could extend beyond the screen edge, resulting in film that does not adhere at the edges.

Please note: If you would like to have your screen protector fit exactly to the edge of your device, you may specify "Exact" when checking out or when filling out the Screen Information Sheet, however we cannot be responsible for the possible problems mentioned above.

All of our screen protectors, except for the non-adhesive privacy filter, are adhered with silicone adhesion backing, which will not damage your device’s surface or leave any residue in any way and makes removal possible.

Typically the greater the amount of anti-glare the more speckling, once applied to the screen. This is most noticeable on white screen backgrounds and if you read fine text or do color critical work. For that reason, you may find that not all screen protector types are listed for all devices.

Visual noise occurs when you apply an anti-glare screen protector over a glass-covered screen. A film type may not be listed for this reason. However, this affect varies among device, screen protector type and lighting conditions.Ordering a Sample Pack allows you to test multiple film types to find the one YOU prefer! If you decide to purchase an unlisted screen protector, select any screen protector type for your device and in the Special Notes, type in your screen protector choice. Please read our Return Policy before ordering.

No, none of our 12 types of screen protector materials are made from tempered glass. They are all made from PET film, which is a high-performance polyester film. PET film is a better material for screen protectors because they will not crack or break, causing shards of glass. Since they are pliable, they can be installed on curved monitors and be rolled for shipping. There is a wide variety of choices, and many can be installed on larger devices. They also are cost-effective and are easy to install and remove. To learn more about the differences between the films that Photodon uses and tempered glass, read our blog here.

Highly Durable: 9H hardness rated tempered glass increases shock absorbency protecting your screen from scratches and drops Oleophobic Coating: Smudge-proof and fingerprint resistant

Anti-reflection film, also called “AR film”, aims to prevent glare by suppressing the reflection of external light on the surface of displays. It has been used for various displays such as large TVs, PC monitors, car navigation systems, and instrument clu