All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(8134 products available)
Ready to Ship
Ready to ShipAutomotive blue light cut film is a popular product for various professionals and businesses in the massive vehicle accessory industry. This product helps to eliminate harmful blue light, thus reducing eye strain for the driver and improving clarity and contrast. At the same time, it maintains the aesthetics of the vehicle by preventing excessive brightness from entering through the windows.
To cater to all these needs, the blue light cutting film comes in various types. Below are the most popular ones based around their functionality, thickness, and hue.
Dyed-window film is the most basic and economical type of window film. It contains a dye layer that reduces glare and blocks a significant portion of UV and blue light. The dye layer also provides a certain degree of heat, though that is not its primary function.
The product comes in various shades, allowing clients to choose the degree of tint that will suit their needs best. While dyed film does not have the cutting feature in its name, it effectively cuts down on the amount of blue light entering through the windows.
In this case, the films contain carbon particles that are more effective than the dye in blocking heat and blue light. This type of film does not fade over time and thus provides a long-term solution for blue light cutting. Again, while carbon films are not designed to cut blue light specifically, their superior heat-blocking properties help reduce the blue light that enters through the windows.
This is the highest-performing type of window film regarding light cutting and heat/UV blocking properties. Ceramic films contain nano-ceramic particles that effectively stop blue light without altering the film's appearance. It is not a dyed or metallic film. Hence, this blue light filter film will not interfere with electronic devices or navigation systems.
In fact, ceramic films can block up to 99% of UV rays and a significant portion of infrared rays, which are responsible for heat. This makes them highly effective at cutting blue light even after long exposure to the sun.
These films contain a layer of metal that blocks blue light, UV rays, and heat. This makes them perform better than dyed films when cutting blue light. While blue light cut films are not designed for skin protection, they still provide a measure of that because of the UV blocking capability.
While metal films are the most effective at blocking blue light, users should be cautious and consider the impact on electronic devices like GPS and other car infotainment systems. This is because the metal layer may cause interference with these systems.
The primary purpose of blue light cut films is to reduce the amount of blue light entering through a vehicle's windows. As already mentioned, blue light can cause eye strain and disrupt sleep patterns. Therefore, this film acts as a barrier that minimizes the amount of blue light that penetrates through the windows and ensures a more comfortable experience for the occupants.
Besides this, window films also reduce heat accumulation inside the vehicle by blocking infrared rays, which will be explained later in more depth. Window films are also effective in blocking harmful UV rays, which can cause skin damage and fading of interior fabrics and decor. Most importantly, blue light cut films maintain the clarity of the view outside, ensuring that vision is not compromised.
Cutting performance
Indeed, the most important feature of this product is the window film's ability to cut blue light. This is achieved using a filter containing different materials and technologies, such as dyed and nano-ceramic particles.
Heat insulation
Besides blue light, many films can effectively block infrared rays, which are responsible for heat. This helps to maintain a comfortable temperature inside the vehicle, especially in hot weather or when the car is parked under direct sunlight for long periods.
UV Protection
Most blue light-cut films also provide protection against UV rays. These rays not only affect human skin but also lead to the fading of the vehicle's upholstery, dashboard, and even paint. Films that offer UV protection usually block up to 99% of these harmful rays.
Anti-glare
Blue light has always been associated with glare, as it is bright and scattered. Most films designed to cut blue light also help reduce glare. This increases visibility and makes driving less straining for the eyes, especially in bright conditions or at night.
Privacy and security
Besides all the functional benefits listed above, window films also provide a degree of privacy and security. With window films, the view into the vehicle from the outside becomes more difficult. This helps deter potential theft. In the unfortunate event of an accident, the films can hold shattered glass together, reducing the risk of injury from flying glass.
Window films are designed with a primary objective of minimizing blue light entry: to achieve this, the films come in various shades ranging between 35% to 90% visible light transmission (VLT). The lower the VLT percentage, the more effectively the film cuts blue light. That said, films designed for residential use often have lower percentages.
This is why they are more effectively cutting blue light. In contrast, automotive films usually have a higher VLT percentage, as they are designed for comfort more than glare or light cut. To ensure optimal performance and longevity, blue light cut films are thermally bonded onto a pvc car window film to ensure optimal performance and durability. In addition, quality films are scratch-resistant and have a hydrophobic coating to simplify maintenance. As already mentioned, these films are available in various shades and degrees of opacity, which offers customization options depending on the client's preferences and needs.
Window films are intended for blue light, especially for automotive applications. Indeed, they are an increasingly demanded accessory in various usage situations. Below are a few common scenarios where this product is particularly beneficial.
Driving long distances is demanding for the driver and, in some cases, for the passengers as well. The continuous exposure to light can lead to eye fatigue, making driving uncomfortable and unsafe. Blue light cut films reduce glare and eye strain, especially during night driving or on well-lit highways. This allows drivers to remain more alert for longer, making them safer on the road.
People residing in naturally bright areas or those who drive frequently on sunny days find the blue light cut films very essential. These films effectively reduce heat, glare, and the amount of blue light entering through the windows, ensuring that the car's interior remains comfortable even under direct sunlight for long hours. The films also provide a protective barrier against UV rays, which can cause skin damage and interior fading.
Many people have sensitive skin or are highly aware of skincare. For such people, window film for auto glass is an important product that will block blue light and UV rays. Blue light is known to cause skin damage and premature aging by penetrating the skin. These films act as a shield, providing protection against both blue light and harmful UV rays. This makes them a staple for people with highly sensitive skin or an overarching concern for skincare.
City driving involves a lot of glare from headlights, streetlights, and other reflective surfaces. This can be very disorienting and uncomfortable for drivers, especially at night or in low-light conditions. Blue light cut films are designed to reduce glare and eye strain, improving visibility in these environments and thus making driving much safer and enjoyable.
As mentioned before, professional drivers rely on car window tinting films to ensure comfort and safety on long hours of driving. Films that substantially cut blue light play an important role in reducing eye fatigue and ensuring clarity of vision. This allows drivers to maintain focus and performance, increasing productivity and safety.
As is obvious from all the above sections, window films generally serve an important purpose for the automotive industry. Now, each type has its own pros and cons. Therefore, it is important to consider each of these factors when selecting a suitable blue light cut film for clients.
Metalized films can interfere with electronic devices like GPS, so users must be cautious. In fact, this is one disadvantage of using these films. While they are highly effective in blocking blue light, their metallic layer can cause signal interference with car navigation systems and other electronic devices. In contrast, ceramic films are highly recommended for cars with complex infotainment systems because they do not interfere with electronic signals.
Different vehicles have different types of windows. Therefore, the thickness and flexibility of the film will need to be compatible with the vehicle's windows. For example, carbon and ceramic films are more suited for complex-window automotive applications because they are easier to work with.
Tinting laws vary from state to state, so ensure the chosen film complies with legal requirements. This will save users from the trouble of potential fines or having to remove the film altogether. For example, most states permit a certain degree of reflection and light transmission for front and back windows. Hence, one must check these regulations before choosing a film. Dyed films usually have a lower VLT percentage than metallic films, thus allowing more light and remaining within legal limits.
Although blue light films come in various prices, one should select one that fits their client's budget and needs. For instance, copper and ceramic films provide the best performance and lifespan. At the same time, dyed films are the most affordable, although they will need to be replaced over time.
Window films vary in maintenance requirements. This is something that should be considered when making a decision. For instance, metallic films require more maintenance due to their tendency to show fingerprints and water, while ceramic films are lower maintenance. These films do not show fingerprints or water spots and are highly recommended for people who do not want to maintain their films constantly.
A1. One of the main functions of blue light cut films mentioned above is to minimize glare, which means they will not affect the clarity of the view through the windows. In fact, automotive window films are designed to improve clarity by reducing glare from headlights, streetlights, and reflective surfaces. This means drivers get a clearer view of their surroundings, especially at night or in bright conditions.
A2. Regular window tints are made of materials like dyed and metallic films, cutting a portion of the visible light that enters the car. A blue light-cut film is designed to specifically reduce the amount of blue light entering through the windows. As mentioned, blue light is known to cause eye strain and discomfort, especially during night driving. Therefore, this film is more effective in reducing glare than regular tints, as it blocks a larger portion of blue light.
A3. Yes, blue light cut films can be applied to various glass surfaces, although they are primarily intended for vehicles. These films are also applied to residential and commercial buildings to reduce eye strain for those who may work near bright screens or artificial lighting. They are also used in optometry offices and clinics to create a more comfortable environment for patients and staff.
A4. According to the law, this will not constitute a violation of any automotive warranty. However, it is always better to check the warranty rules of each vehicle because these films are designed and manufactured to comply with laws and regulations. So it is generally advisable to check with the dealership and ensure that the chosen film complies with warranty requirements, especially for new vehicles.
A5. The lifespan of these films depends on the type of film and several other factors, such as exposure to sunlight and environmental conditions. In general, high-quality films can be expected to last between 5 and 10 years. At the same time, materials like ceramic can last even longer due to lower degradation properties.
