Products
When it comes to specifying anti-reflective glass for your projects, it’s important to work with a knowledgeable and experienced partner who can assist you in selecting the right product for your application. AR Glass Pros can provide assistance with the engineering and fabrication of the glass products to meet the specific requirements of the project. We understand that every project is unique and that’s why our team is committed to providing personalized service and technical support to ensure that your project is a success. By working with us, you can be confident that you will get the results you need to the highest standards. Contact us today to learn about how we can assist you with your anti-reflective glass specification needs.
ANTI-REFLECTIVE GLASS
AR TEMPERED GLASS
AR LAMINATED GLASS
INSULATED AR GLASS UNIT (IGU)
CUSTOM FABRICATION FOR ALL PROJECTS
Let us help you with pricing, feasibility and lead times today
Anti-reflective (AR) glass is a type of glass that is designed to reduce the amount of light that is reflected off of its surface. This is achieved by applying a special coating to the surface of the glass, which changes the way that light interacts with it. The coating typically consists of a thin layer of metal or metal oxide, which is deposited on the glass using a process known as physical vapor deposition (PVD). AR glass is commonly used in a variety of applications, including eyeglasses, camera lenses, and solar panels, as it can improve the clarity and transmission of light. It also helps in reducing glare, thus improving visibility and image quality.
Size & Thickness
Our glass is available in a variety of sizes and thicknesses that can be customized to suit your project needs. Glass thickness ranges from 2mm-12mm.
Substrate
The glass substrate is the base material that is then coated. It can be made as regular, clear-coat glass (soda-lime), or water white (low-iron). Soda lime glass, also known as clear float glass, is a common type of glass substrate that is made by floating a sheet of molten glass on a bed of molten tin. It is relatively inexpensive and has good optical properties, making it well suited for many applications. Iron glass, also known as water white glass, is a type of soda lime glass that is made using a different manufacturing process, and it’s more pure, has a higher level of clarity and transparency, and is commonly used in optical applications that require higher light transmittance and less color distortion.
Anti-reflective optical coating performance
Our AR glass has a range of coating types and performance options. The AR coating performance can be specifically designed to meet your projects specification requirements based on price, availability, performance, and project timeframe. The anti reflective coating options range between a 97-99% reflection reduction, with 9-99% light transmission, depending on your project’s requirements.
Tempered anti-reflective glass is a type of safety glass treated with heat or chemicals to make it stronger and more durable than regular, unstrengthened glass. When tempered AR glass breaks, it shatters into small, rounded pieces rather than sharp shards, making it less likely to cause injury. It is commonly used in applications requiring extra safety, such as storefront glazing, public exhibits, security windows, and ruggedized displays. When anti-reflective glass is tempered, it allows the combination of high-performing anti-reflective coatings with added safety strength for projects that need it.
Tempering AR GLASS Processes
Heat Strengthened: This process involves heating the glass to a temperature just below its softening point, and then quickly cooling it with jets of air. This process increases the strength of the glass by about 2 to 3 times.
Full Tempered: This process involves heating the glass to a temperature just below its softening point, and then quickly cooling it with jets of air. This process increases the strength of the glass by about 4 to 5 times, and it is also known as Safety Tempered glass.
AR LAMINATED GLASS
Laminated anti reflective glass is a type of safety glass that is made by sandwiching a layer of plastic called an interlayer between two pieces of anti-reflective glass. The interlayer holds the glass together if broken, reducing the risk of injury from shattered glass and providing protection from falling debris. Laminated glass is also used to enhance the security of a building by preventing forced entry and providing sound insulation. When laminating anti reflective glass, you are able to have added safety while painting the performance and value of anti reflective properties.
Interlayer Types
Polyvinyl Butyral (PVB): This is the most widely used interlayer in laminated glass. PVB is a strong, durable plastic that bonds well to the glass, providing excellent protection and security.
SentryGlas®: This is a high-strength interlayer with five times the strength of PVB and EVA. SentryGlas interlayer is often used in laminated glass for architectural or structural applications.
Polycarbonate (PC): Polycarbonate is a highly transparent and impact-resistant material that is often used as an interlayer in laminated glass. It is widely used in safety glazing, security glazing, and bullet-resistant glazing applications.
INSULATED AR GLASS UNIT (IGU)
Insulated anti-reflective glass unit (IGU) , also known as double glazing or insulated glazing, is a type of glass makeup that is made by sandwiching a layer of air or gas between two layers of AR glass. This creates a thermal barrier that helps to insulate the building and reduce heat loss and control temperature between the two sides. . The insulating layer is typically sealed around the edges, creating an airtight seal that helps to prevent drafts and keep the interior of the building more comfortable. Insulated glass is commonly used in windows and doors, as well as in skylights, curtain walls, and other architectural features where energy efficiency is important.
Insulated Glass Spacer Types
Insulated glass is composed of two or more panes of glass that are separated by a spacer, the spacer is typically made of aluminum. The space between the panes is filled with air or a low-conductivity gas, such as argon or krypton, which can reduce the heat transfer between the inside and outside of the building. This creates a more energy-efficient building envelope, which can help to reduce heating and cooling costs. Spacers come in different sizes and performance levels that can be designed to your specific project requirements. Spacers are made with desiccants to aid in any moisture absorption. They are made in different colors as well.
Metal Spacers: Aluminum is the most commonly used metal spacer material. It is lightweight, strong, and thermally stable, making it an ideal choice for insulated glass units. Stainless steel and other metals can also be used.
Warm Edge Spacers: These are spacers made of materials that have a lower thermal conductivity than aluminum. This results in a lower U-value of the IGU, meaning less heat is lost through the spacer. Examples of warm edge spacers include, Super Spacer, Thermobar, and Thermoseal.
BENEFITS OF ANTI-REFLECTIVE GLASS
Reduced Glare: Anti-reflective glass is designed to reduce glare, which can be especially beneficial in applications such as digital displays, solar panels, and architectural facades. The reduced glare makes it more comfortable to use electronic devices and allows for better visibility in sunny or well-lit areas.
Improved Visibility: Anti-reflective glass is designed to improve visibility, which can be especially beneficial in applications such as digital displays, solar panels, and architectural facades. The improved visibility allows for better clarity and precision, which can be especially useful for photographers, filmmakers, and other professionals.
Enhanced Color Representation: Anti-reflective glass is designed to enhance the color representation of images, making them more true to life. This can be especially beneficial in applications such as photography and filmmaking, where accurate color representation is crucial.
Increased Efficiency: Anti-reflective coatings applied to solar panels can increase their efficiency by reducing the amount of light that is reflected away and increasing the amount of light that is transmitted through the glass.
Increased Durability: Some anti-reflective coatings are designed to be more durable than others, making them suitable for applications where the glass will be subject to frequent cleaning or heavy use.
Low Maintenance: Some anti-reflective coatings are hydrophobic and repel water and other liquids, making them easy to clean and maintain, reducing the need for frequent cleaning.
Aesthetics: Anti-reflective coatings can enhance the aesthetics of the building, by reducing glare and improving visibility, and also by matching the color of the glass to the color of the surrounding environment.
Reduced Fading: Some anti-reflective coatings are designed to reflect ultraviolet light, reducing fading on colors and preventing fading on objects exposed to sunlight.
By providing all these benefits, anti-reflective glass can improve the overall look, feel, performance, and efficiency of any space, making it more comfortable and functional for the people using it improved visibility.