Author: AIS

At a glance, bullet-resistant glass may appear no different from regular clear glass. However, it is crafted to deliver unmatched protection in high-risk environments. Made with multiple layers and advanced materials, this specialised laminated glass is designed to withstand the impact of bullets and offer security and clarity.

At AIS Glass, we understand safety and aesthetics go hand-in-hand. Hence, with our bullet-resistant glass, we offer a solution that delivers uncompromised security seamlessly blending in your space.

What is a Bullet Resistant Glass?

Bullet-resistant glass is specially engineered glass that can withstand the impact of a bullet shot towards the glass. It is a thick layer of glass made from layering of glass with PVB (Polyvinyl Butyral) or polycarbonate.

This combination ensures unobstructed visibility with high-grade protection. The laminated glass absorbs its energy and redistributes its force, reducing the overall impact and preventing the glass from shattering.

Materials Used to Produce Our Bullet-Resistant Glass

Bullet-resistant glass is made with several layers of glass and PVB. The materials used to manufacture this glass include:

• Laminated glass
• Polycarbonate
• Polyvinyl Butyral (PVB)
• Acrylic
• Polyurethane
• Glass-Clad Polycarbonate (GCP)

Polycarbonates and solid acrylic are the most commonly used materials for manufacturing ballistic glass. Placing these materials in systematic layers forms an impenetrable glass structure.

The Science Behind Bullet-Resistant Glass

The workings of a bullet-resistant glass are fascinating. Since it is made with multiple interlayers, all of them react to the bullet’s energy to stop it from passing through the other end of the glass.

As mentioned, AIS Bullet Resistant Glass is made from a combination of glass and PVB interlayers. To understand the science behind it, let us understand how it works using an example:

• Let us assume that a handgun was shot at bullet-resistant glass. The bullet first hits the outer layer of the toughened glass layer, shattering it and entering the polycarbonate layers.
• These plastic layers, made from multiple other components, change shape, absorb the energy from the bullet and redistribute it over a large area, reducing its impact.
• This reduces the bullet’s speed, which then stops in the layers before exiting the glass material and hitting the object/person beyond the glass. Thus, the interlayers and thickness of the glass are important to stop bullets fired from different types of guns.

There are two types of universal standards to determine performance and bullet-resistance abilities. We conform to the European Norm EN 1063, set by the European Committee for Standardisation.

Based on European standards, the glasses are divided into classes ranging from BR1 to BR7, which tells us the type of ammunition the glass can handle.

Applications of Bullet Resistant Glass

Ballistic or bullet-resistant glass is a product made for specialised applications. This glass is made to ensure high-priority safety and defence. Some areas that find application of bulletproof glass include:

• High-security buildings like government institutions, embassies, and military offices may be at a high-security risk.
• Financial institutions like banks or cash handling areas can be at risk, and so can leverage bullet-resistant glass.
• The windows of armoured or military vehicles typically use bullet-resistant glass. This glass can also be applied to the windows of vehicles carrying cash, VIP transport and other significant purposes.
• Retail stores that deal with valuables like jewellery or high-end products can also leverage this glass for safety.

Conclusion

Bullet-resistant glass is a critical component in enhancing security in high-risk environments. Its strength and durability provide an added layer of safety, ensuring the protection of individuals and assets from potential harm.

If you are looking for ballistic glass options, AIS Glass is a renowned manufacturer of reliable security glass solutions. We ensure proper standardisation, precise engineering and high-grade security. Contact us today to learn more about our diverse product range and put your safety first.

Who doesn’t like walking into a cold room on a hot summer day? But do you also hate the exorbitant electricity bills that follow? Don’t worry; solar control glass windows are all you need.

This innovative solution is specifically designed to block harsh UV rays and summer heat. It allows you to enjoy a cool indoor environment without any dependence on cooling systems, reducing your overall energy consumption.

At AIS Glass, we recognise the value of creating comfortable and energy-efficient indoor spaces. Here is how our exclusive range of specialised glass options with superior solar control properties can help.

What is a Solar Control Glass?

A solar control glass is a type of glass specially made to reflect the sun’s heat and harmful UV rays while allowing natural light to pass through. This unique functionality is achieved through a combination of coatings, typically consisting of certain metal oxides.

The presence of advanced coatings in our solar control glass ensures appropriate heat absorption. This, in turn, reduces the amount of heat and glare passing through while keeping the interiors bright and at an ideal temperature.

Benefits of Choosing Solar Control Glass Windows

While glass windows can aesthetically improve the design of a living space, solar control glass windows offer numerous benefits beyond visual appeal.

Prevent Intense Heat Gain

Solar control glass windows help maintain lower temperatures in homes and offices by minimising heat absorption. This allows you to enjoy a cooler, more comfortable indoor space and focus on your daily activities without feeling overwhelmed by the heat.

Enhance Energy Efficiency

Solar control glass windows restrict heat entry into your home or office. This decreases the need for air conditioning, ultimately leading to lower energy consumption and reduced electricity bills.

With solar control glass windows, you can effectively minimise your environmental impact while saving money on energy costs. You can choose from our AIS Ecosense range, which includes Enhance, Edge, Essence, Exceed and Spectra.

Each of our solar-control glass options provides superior thermal performance and enhanced energy efficiency, allowing you to create a sustainable and eco-friendly space that benefits both you and the environment.

Reduce Glare

Glare not only contributes to high indoor temperatures but can also make it uncomfortable for home or office owners, straining their eyes. However, with AIS Glass solar control glasses, such as AIS SunShield and AIS Tinted Glass, you can enjoy protection against sunlight glare without any interruption in your daily routine.

Protect Furnishings

Heat reflective glass also protects decor and furnishings, preserving their colour and extending their lifespan. The anti-fade properties of heat reflective glass, such as AIS Opal and AIS Opal Trendz, prevent fading and discoloration of furniture, carpets and other interior elements. This makes solar control glass windows a practical and cost-effective option.

Instant Visual Elevation

Solar control glass not only provides functional benefits but also elevates the living space. With a wide range of colours, styles and designs to choose from, you can find the perfect solar control glass to match your unique taste and decor.

For example, our AIS Opal Trendz, a heat-reflective glass, comes in vibrant shades and geometric patterns, adding a touch of personality to your space.

Conclusion

Solar control glass windows are an innovative solution for anyone looking for a comfortable, energy-efficient and stylish space. They protect your home or office from the sun’s heat, even on the hottest days, keeping your indoors pleasant.

At AIS Glass, we offer a diverse selection of solar control glass that will transform your space into a haven of comfort and sustainability. From AIS SunShield, which combines durability with advanced heat-reflective technology, to AIS Tinted, which absorbs 30% to 45% of solar heat without compromising on its aesthetics, we have a window solution for every requirement.

Whether you are upgrading your current home or building a new office, AIS Glass is here to help you create a space that is both functional and beautiful. Experience the benefits of solar control glass with us and elevate your living space!

To make your shower enclosure more appealing and enhance its aesthetics, add a modern glass shower door that reflects your style and allows you to personalise it the way you like. With endless possibilities to customise the doors’ style, such as varying opacities, colours and patterns, you can achieve the look for a perfect bathroom aesthetic.  

So, before you choose the right type of shower door to meet your requirements, here is everything you need to know about AIS glass shower doors.

Types of Glass Shower Doors

Select the best-suited glass door type to enhance the overall aesthetic of your bathroom. Below are a few examples.

Bypass or Sliding Shower Doors

Sliding shower doors are best if you have limited bathroom space because they don’t swing open. These doors are designed with two glass panels that smoothly slide over sliding rollers on their tracks. Their sleek design offers an elegant look and makes optimal use of the available space.

Hinged Shower Doors

These glass shower doors are ideal for a classic, minimalist or contemporary bathroom. They provide easy entry and exit access while maintaining a classy look by offering a clean design that blends seamlessly with any decor. The glass also enhances the feeling of space, making your bathroom look more open and airier. 

Frameless Shower Doors

For a more elegant touch, sleek, frameless shower doors are the perfect choice. They are built with toughened glass such as AIS Stronglas™, making them five times stronger than annealed glass. Not only do they elevate the bathroom aesthetic, but they also simplify maintenance by keeping the space clean.

Framed Shower Doors

If you want to add a timeless charm to your bathroom, our French Doors can be the ideal choice. With a metal frame around the glass, these doors are more stable and easier to install. In addition to their clean look, the framing ensures no leaks from the shower cubicle.

Types of Shower Glass

The type of glass in the shower door accentuates the bathroom’s look and serves as a great opportunity to add a personal touch to the space. We offer a variety of options to help you customise the space:

Clear Glass

The most widely used glass type for shower doors is clear glass. Being neutral, it complements any decor style, including stone, metal or even other types of glass. Additionally, it allows more light to enter and makes the bathroom appear more spacious. AIS Valuglas, a type of clear glass, is a heat-strengthened laminated glass, which makes it highly durable and ideal for indoor use.

Frosted Shower Glass

Available in three distinct patterns[1] , it is an excellent choice that meets your privacy needs, brightens the space and adds a design accent. Its matte finish not only adds a contemporary look but also prevents water stains and smudges, helping you effortlessly maintain the look and feel of your bathroom.

Tinted Shower Glass

Tinted glass is a beautiful, colourful addition to your bathroom’s decor. You can choose from our available colour options and select the tint that best matches your design style. It not only enhances privacy but also infuses a splash of colour into your space.

Conclusion

Glass can elevate the aesthetics of any architectural creation, and glass shower cubicles can make the most intimate part of a house graceful and sophisticated. From the wide variety of glass shower doors available, choose the most suitable option for your requirements.

At AIS Glass, you can get personalised solutions with a diverse range of glass types that meet your requirements. With our smart “Shower Protect Technology,” we ensure high durability, minimal upkeep, reduced limescale damage and a hygienic environment.

Have you wondered why modern shower doors exude more elegance than traditional wooden doors? The secret behind those mesmerising doors and windows is processed glass. With a smooth surface and flawless texture, processed glass is becoming a cornerstone of modern design.

Known for its impressive inner strength and amazing durability, processed glass is the way to go.

In this blog, we will talk about the uses of processed glass in our modern industries.

What is Processed Glass?

Processed glasses are high-quality glasses that have undergone advanced treatments. These treatments include tempering, sandblasting, tinting, insulating, laminating, heat soaking and more.

Thus, it is essential to know that processed glass is more than great aesthetics and seamless appearance. It is exceptionally functional and durable, and it has made a major contribution to modern industries.

Key Features of Processed Glass

• Noise reduction
• Higher durability
• UV protection
• Energy efficient
• Tough surface
• Uncompromised safety
• Heat resistant formulation
• Fire resistance
• Easy to clean

Uses of Processed Glass in Modern Industries

Construction

Today, processed glass is widely used in modern architecture. From canopies to seamless windows, construction experts use them everywhere. This glass can enhance the aesthetics of your property while improving its safety and insulation.

Please note that the uses of processed glass might vary from project to project, such as –

• Laminated Glasses for Skylight

If you want a seamless finish in your skylight area, you must opt for laminated processed glass. With a flawless surface and attractive texture, this processed glass can beautify your skylight, balcony, patio and other exteriors.

• Toughened Glasses for Office Doors, Windows, and Facades

Today, construction owners are widely using toughened processed glass for windows, doors, and facades. Unlike regular glass, this processed glass doesn’t break easily, keeping your workplace safe from unwanted trespassing.

This processed glass is more durable than ordinary glass, making it the top choice of builders. It can be used to secure doors and cover facade areas, making it a multipurpose tool.

• Tempered glass

Tempered glass is popular as the builder’s choice. It is one of the most efficient processed glasses that has high heat insulation properties, making it ideal for sun-exposed windows, doors, patios, and balconies.

Unlike regular glasses, this tempered glass doesn’t absorb heat. Instead, it prevents heat absorption and contributes to proper insulation to optimise temperature indoors.

Automobile

The automobile industry highly depends on processed glass. With the rise of new vehicles, the use of processed glass is rising equally. For example, laminated glass is widely used in passenger vehicles.

Similarly, commercial vehicles hugely rely on tempered glasses. These tempered glasses work like a safety net, preventing the risk of severe injuries. Nowadays, tempered, processed glasses are frequently used in defence vehicles.

On the other hand, smart glass technology is becoming a popular choice for high-end vehicles like SUVs, Porsche and more. It is known for its UV protection properties, making it a go-to choice for every high-end vehicle.

Electronic Appliances

Another significant use of processed glass is electronic manufacturing. For example, the gorilla glass that protects your device is made of processed glass. Also, sophisticated electronic appliances like laptops, Micro ovens, Monitors, Lenses, Smartwatches and Smart TVs are made using high-quality processed glass.

Healthcare

Processed glasses play a crucial role in modern healthcare. Our medical industry is very particular about hygiene and safety, so it specifically uses processed glass to prepare various medical appliances, laboratory equipment and more.

With a noise reduction formula, processed glass can create a calm and peaceful environment, ideal for hospitals and other healthcare organisations. Even the syringes and test tubes used in operating rooms are made from processed glass.

Conclusion

Processed glass is one of the most vital components of our growing industries. Its flexibility, durability and high functionality make it worth your trust and money. As technology improves, we can predict a promising future for this type of glass.

Along with great aesthetics and impressive strength, these processed glasses are constantly advancing and innovating. If you are planning to upgrade your doors and windows with high-functioning processed glass, contact AIS Glass and explore a variety of options.

After reading about the use of processed glass in modern industries, are you curious to know the benefits of using processed glass for residential spaces? Read this blog: https://www.aisglass.com/blog/the-benefits-of-using-processed-glass-for-residential-space/

Toughened Glass, also known as tempered glass, is one of the most common and affordable glass options in the market. Its various perks include safety and durability. In this blog, we will learn why toughened glass is the ideal choice for safety and durability in the Indian architectural scene.

What is Toughened Glass?

Toughened Glass is a type of safety glass used in buildings for its strength and durability. It is made by repeatedly heating and rapidly cooling annealed glass. This process creates tension on the surface and generates compression in the core, making it five times stronger than regular glass.

Why is Toughened Glass the Ultimate Choice For Strength and Durability?

Superior Strength Compared to Regular Glass

One of the biggest advantages of getting toughened glass rather than annealed glass for your space is its incredible strength. Toughened glass is made by heating and reheating regular glass and then cooling it at an incredibly fast speed, making it stronger and more resistant to impact.

How is Toughened Glass Made?

The toughening process involves:

• Cut or shape the glass into its desired shape.
• Heat it in a glass furnace at a temperature of around 620°C.
• Transfer the glass to a quenching chamber and rapidly cool it with jets of cold air.
• With this enhanced durability, toughened glass is commonly used in doors, windows, shower enclosures, railings and more.

Enhanced Safety for Homes and Businesses

Toughened Glass is composed of safety features that make it an ideal choice for maintaining safety and security at homes and businesses. They put up a great stance against forced entries, and even in the event of breakage, they do not shatter into small shards of glass, making it safe for public spaces and residential spaces with children.

The safety element of toughened glass makes it a popular choice at schools and hospitals, among many other places.

Other Advantages of Toughened Glass Worth Considering

• Heat and Thermal Resistance: Toughened glass performs well in areas with extreme temperatures. It can withstand rapid temperature changes without cracking or shattering. Regular glass may experience thermal stress, but toughened glass remains stable even in challenging conditions.
• Stylish Designs: Despite being so heavily laminated with high functionality, toughened glass comes in a wide range of styles. From sleek and modern designs to vintage patterns, it can be customised to fit any design and style.

Architects often yearn for toughened glass when they want to create open, airy spaces that can maximise natural light while maintaining safety and privacy.

• Noise Reduction: Toughened glass also has sound insulation properties. Its thick structure prevents most outside noise and chaos from penetrating the quiet indoors, making it particularly popular in noisy environments, such as buildings located near airports, railway stations or marketplaces.
• Eco-Friendly and Sustainable: Tempered glass is made with sustainability in mind. It is 100% recyclable and has a long lifespan, which reduces waste generation and one’s carbon footprint. In today’s world, having products that are environmentally friendly and sustainable is very important, and toughened glass makes them fit.
• Scratch Resistance: Toughened glass is highly durable and scratch-resistant. This gives you clear visibility even after years of use. The scratch-resistance factor also greatly enhances the durability of your product, minimising the need for frequent replacements.
• Versatility: Toughened glass exhibits versatility not just in terms of designs and customisation but also in regard to application. The durability and safety factors of the toughened glass make them a frequent in:
• Automotive Industry: The automotive industry uses toughened glass in its windshield to reduce the risk of injuries.
• Electronics: Mobile phones, tablets and laptops use toughened glass, which is durable and scratch resistant.
• Home Appliances: Their heat resistance makes them a common choice for oven doors, refrigerators and more.
• Doors and Windows: It is a very popular choice of glass for doors and windows because it is highly secure and durable at an affordable price.

Conclusion

Toughened glass is the superior option when it comes to safety, durability and modern aesthetics. AIS Glass offers the best quality toughened glass for residential homes, skyscrapers, automobiles and industrial applications.

Glass is an essential component in modern architecture and contemporary interior design. It is adequately used in residences, commercial spaces and industries. Two contending types of glass are flat glass and float glass. Both have distinct manufacturing processes, properties and ideal applications.

In this blog, we will examine the distinct features of glass and the debate over flat glass vs. float glass to determine which one works best for you.

What Is Flat Glass? Definition and Features

Flat glass is an umbrella term used to describe all glass forms that are manufactured into a sheet form. It includes float glass, tempered glass, laminated glass and coated glass. Flat Glass is made through multiple layers of floating, rolling or pressing.

It is most commonly used in windows, doors, tabletops, shower enclosures and other applications. It can be made using both traditional and modern methods.

Features

• Transparency: Flat glass is light translucent and allows light to pass through.
• Heat Insulation: These glasses keep the building warm.
• Soundproofing: These are acoustic glasses that reduce the sound penetrating indoors.
• Easy to Maintain: Flat glasses are easy to maintain as they do not collect any dust or grime.
• Customisation: These glasses are easily customisable and are available in multiple tints such as bronze, grey, green and more.

What Is Float Glass?

Float glass is a type of flat glass made using the float process. In this process, molten glass is placed in a molten tin bed to ensure uniform thickness, smooth surfaces and high optical clarity.

Float Glass revolutionised glass manufacturing by creating distortion-free sheets with consistent quality. Most flat glasses also use the float process to create distortion-free glasses.

Features

• Clarity: Float glass is clear and provides undistorted views with high light transmission.
• Durability: Float glass is treated and cured in an oven to make it strong and durable.
• Versatility: It acts as the base for various other glass types, such as tempered and insulated glass.
• Cost-effective: Comparatively cost-effective as compared to a lot of flat glasses.
• Customisable: It can be customised into various designs such as tinted, frosted, coated, and more.
• Multiple Designs: This is available in coloured, neutral, reflective and other designs to suit different preferences.
• High Optical Clarity: It is ideal for projects that require transparency and light transmission.

Flat Glass vs. Float Glass

Let’s take a look at the key differences between flat glass and float glass on various parameters:

Features	Flat Glass	Float Glass
Definition	Includes all forms of glasses manufactured in a flat form	It is a specific type of flat glass
Manufacturing Process	Includes rolling, pressing or floating methods	Follows a floating process of floating molten glass on molten tin
Surface Quality	It may have distortions or irregularities	Smooth, distortion-free thickness
Clarity and Transparency	Varies as per the manufacturing process	High optical clarity with minimal imperfections
Strength	High strength with a higher level of processing	Standard strength but can be processed into toughened or laminated glass
Common Uses	Includes architectural glass, automotive glass and decorative glass	Used in windows, doors, mirrors and glass facades
Availability	Includes multiple types of glass (tempered, laminated, etc.)	Serves as the base material for tempered, laminated and other processed glass
Cost	Depends on the type and processing	Generally affordable due to mass production
Customisation	It can be cut, coated or treated	It can be further processed into various glass products

Flat Glass vs. Float Glass: Which One Should You Choose?

Choose Flat Glass If:

• You need a specific type of processed glass (e.g., tempered or laminated).
• Your application requires patterned, frosted or tinted glass.
• You are working on automobile windshields or furniture glass.

Choose Float Glass If:

• You need high-quality, distortion-free glass for windows, doors or glass facades.
• You want a base material that can be processed further into toughened or laminated glass.
• You are looking for glass with uniform thickness and high clarity.

Conclusion

Understanding the difference between flat glass and float glass is essential for making the right choice for your project. When selecting glass, always consider quality, durability and intended use to ensure the best results. At AIS Glass, you can choose from a wide selection of flat and float glasses to find the ideal one for residential, commercial or industrial spaces.

Reflective glass enhances architectural design and improves space inertia. It creates dynamic exteriors that transform with a shift in weather and light, helping to balance transparency and privacy for occupants. Reflective glasses not only add a modern touch to decor but also moderate solar controls to maintain comfortable and warm interiors. In this blog, we will learn about the applications of reflective glass in modern architecture.

What is Reflective Glass?

Reflective Glass is a type of coated glass designed to reflect heat, light and solar radiation. The glass has a metallic oxide coating that reflects the sun’s rays, keeping the building cool from within. The glossy appearance of the glass also gives the building a stunning appearance, and it is widely used as a window and facade in big skyscrapers. The reflective glass is also responsible for bringing down the energy consumption of the building in which it is being installed. As the room stays cooler due to lesser solar radiation, the use of air conditioners is also reduced, thereby proving to be a greener approach than regular glass.

Applications of Reflective Glass in Modern Architecture

Listed below are the applications of reflective glass in modern architecture:

1. Structural Facade Glazing

One of the most iconic and common applications of reflective glass is the facades of skyscrapers and other high-rise buildings. These sleek, mirror-like facades help reduce the effects of solar radiation by reflecting out the sun’s heat rays and keeping the building cooler. This reduces the need for air conditioning in large buildings.

The glasses also enhance the privacy required by individuals living inside a building by preventing people outside from seeing what’s happening inside. The shiny and polished nature of the glass also adds to the building’s aesthetic appeal.

2. Glass Windows

Most of the heat and radiation in residential and commercial spaces seeps in through the windows. Reflective glasses help block out the harmful UV and IR rays of the sun. They also prevent heat rays from entering your space, allowing only natural light to seep in, offering a much brighter indoor environment. With reflective glasses, you get maximum sunlight without the risk of overheating.

3. Skylights

Skylights are a great way to enjoy daylight and an indoor-outdoor living experience. However, installing normal glass as your skylight can result in overheating. Opt for reflective glass, which not only reduces overheating and solar glare but also helps keep out harmful UV and IR rays and lowers heat gain.

4. Residential Architecture

Reflective glass is not only used for its functional properties; architects and interior designers also use it to create stunning and energy-efficient homes. For example, reflective glass can be used on doors and windows to ensure privacy and prevent excessive heat from entering.

In many modern houses, reflective glass is also used as partitions to create the illusion of a larger open space. Furthermore, adding reflective glass and railings to a balcony helps enhance its aesthetic appeal.

5. Curtain Walls

Reflective glasses also make excellent curtain walls. The reflective glasses have low-e wall coatings that help control reflectivity and add a touch of elegance to curtain walls, allowing natural light penetration and energy efficiency.

6. Spandrel

Architects use reflective glass to establish continuity and create visual contrasts in their brilliant vision of the spandrel blend.

7. Curved Glazing

Curved glass is a popular feature of modern architecture, giving buildings an opulent look. This is especially true when reflective glass is used, as it perfectly captures the surroundings and appropriately blends with the skyline, providing continuity.

8. Oversized Glazing

Oversized glass panels can be made with reflective glass to make a building more aesthetically pleasing, which is a common feature of modern architectural designs.

Conclusion

Reflective glass is a game-changer in architecture. Its ability to combine style with functionality makes it a good choice for contemporary residential and commercial building decor. With its energy-saving, versatility and aesthetic properties, reflective glass contributes to a greener future. AIS Glass offers high-quality reflective glass to serve your architectural needs. You can choose from a wide range of customisable products of the highest quality, available in multiple shapes, sizes and thicknesses.

In today’s time, the market is flooded with different kinds of glasses, all offering different levels of efficiency while being aesthetically pleasing. Two of the leading contenders in this category are the float glass and the Low-E glass(low-emissivity) glass. Both have equally unique features, benefits and applications. Hence, choosing between the two can be challenging.

In this blog, we will explore the two’s uniqueness and use cases while comparing them to determine which one is better.

What Is Float Glass?

Float Glass is a super smooth, distortion-free material used to design other glass products, such as laminated glass and heat-toughened glass. Hence, it is often referred to as the “mother of all glass.”

Features of Float Glass

• Durability: Float glass is highly durable because it is treated in ovens to increase its strength and durability. Although it is the same thickness as regular glass, it is far more efficient. The glass’s superior density makes it an ideal choice for designing the interiors and exteriors of your house.
• Environment-friendly: Float glasses can keep indoors cool during the hot summer months by regulating the temperature. This reduces energy bills, as you have to rely less on-air conditioners for cooling relief.
• Smooth Surface: The floating process results in an even, smooth surface.
• Versatility: The properties of float glass allow it to be moulded into designs of varying thicknesses, shades and sizes, making it suitable for achieving your desired aesthetics.

Uses

• Used as facades on skyscrapers in the city to give it a glistening and glazing look.
• Made for making wall panels in residential or working spaces for much-needed vibrancy or a splash of colour.
• Tabletops and cabinet doors are also made of float glasses. Not only does it make the house look prettier, but using float glasses also makes your tabletops and cabinets sturdier and more durable.

What Is Low-E Glass?

Low-E glass is an energy-efficient glass that is designed to reflect heat and reduce thermal transfer. It features a thin metallic coating that allows light to pass through while blocking ultraviolet(UV) and infrared(IR) rays.

Features of Low-E Glass

• Minimises heat gain and heat loss during the hot summer and winter months, respectively.
• Prevents the harmful rays of the sun from entering your space.
• Low-E coatings come with various coating options based on the climate and application.
• Reduces reliance on heating and cooling systems, lowering carbon emissions.

Uses

• Used in windows to reduce heat transfer,
• Used in both commercial and residential buildings to enhance insulation, improve comfort, and increase energy efficiency.
• Low-E glass is used in greenhouses to help regulate temperature and humidity.

Float Glasses Vs Low-E Glass

Parameters	Float Glass	Low-E Glass
Energy Efficiency	No significant thermal insulation or energy-saving benefits	Reflects heat and reduces thermal transfer and minimised energy consumption
UV Protection	Does not block UV rays	Blocks UV rays
Cost	Affordable and easily available	Expensive due to multiple coatings but offers savings in the long term
Durability	It can be brittle if unprocessed	Typically available as tempered glass, offering enhanced strength and safety
Aesthetic appeal	Clear and smooth, providing a natural look, ideal for most designs	It may have a slightly reflective or tinted appearance
Customisation	It can be tinted, frosted or laminated for various purposes	Available in different coatings for various climatic regions
Environmental Impact	Natural; does not contribute or take away much from the environment	Eco-friendly, reduces energy consumption and carbon footprint
Common Use Cases	Indoor partitions, mirrors, tabletops, retail shelves, and interior doors.	Energy-efficient residential windows, commercial building facades, and UV-protected spaces.

Conclusion

When deciding between float glass and Low-E glasses for your project, choose the one that is appropriate for your requirements and budget. If you are looking for versatility on a budget, consider buying float glasses. However, if you are looking for glass that provides UV ray protection, energy efficiency, and more, then Low-E glasses will serve you well in the long run.

Understanding the features and benefits of both glasses is important to make an informed choice.

At AIS Glass, we indigenously manufacture the best quality glasses using top-notch technology to make sure the material you choose serves on the functional and aesthetic levels.

From windows, roof lights and canopies to windshields and sunroofs, toughened glass is being used everywhere and for good reason.

Its high level of intrusion resistance, acoustic insulation and exceptional thermal stability justifies its rang of application .

However, to maintain its performance, longevity and clarity, periodic maintenance and cleaning is a must.

So, let us explore the best practices for maintaining and cleaning toughened glass to ensure that it stays functional for years to come.

Tips and Tricks to Clean Toughened Glass for Optimal Performance

• Choosing the Right Cleaning Solution: Opt for mild soap and water or specialised cleaning solutions, particularly those which are ammonia-free and will not leave streaks.

  You can also use vinegar and water for cleaning, however, remember to rinse the glass properly as it can leave residue on the glass surface.

• Using a Lint-Free Cloth: Lint-free cloths are gentle on the glass and leave no lint, streaks or scratches behind. When cleaning, wipe the toughened glass with the cloth in a circular motion, starting at the top and working your way down.

  For a better experience, consider using a microfibre cloth specifically designed for cleaning glass.

• Avoiding Abrasive Materials: Do not use scrubbers, rough cloths, high-alkaline cleaners and harsh chemicals (such as bleach and ammonia) as they can scratch the surface. Additionally, avoid using tissues or paper towels to keep your glass damage-free.
• Frequent Cleaning: Clean the toughened glass from time to time to prevent dirt, dust or grime buildup and the growth of mould or mildew. By cleaning the glass frequently, you also keep stubborn stains and mineral deposits at bay.
• Drying the Glass: Once you are done cleaning, thoroughly dry the glass and its corners and edges to ensure that they remain clean and spotless.

Additional Toughened Glass Maintenance Tips

• Regular Inspection: Inspect the glass periodically for chips, cracks, scratches, wear and tear or other signs of damage and visible defects. This will help you identify the issues and deal with them before they escalate or become serious.

  It is suggested that toughened glass be inspected every six months or more frequently if it is under heavy use or faces harsh climatic conditions.

• Proper Coating: Applying a suitable coating or sealant to the glass will protect it from environmental factors, such as water spots, mineral deposits, UV rays, etc., and minimise the upkeep requirements. However, it is important to note that you need to choose a coating that is compatible with the type of toughened glass in use.
• Lubrication: Regular lubrication of moving parts, especially hinges and locks, helps reduce friction and wear and tear, ensuring smooth functioning, preventing potential damage and maintaining optimal performance and longevity of the glass.
• Frame Cleaning: Often overlooked but an important part of maintenance, frame cleaning removes dirt and debris and prevents mineral deposits from forming.

  When cleaning the frames around the toughened glass, use a soft-bristled brush and a mild detergent and dry the frame right away to ensure that the glass remains secure, durable and aesthetically appealing.

• Thermal Protection: Extreme temperature changes cause thermal stress which increases the possibility of glass breakage or shattering. Therefore, it is crucial that you do not install or keep the toughened glass in areas where it is exposed to direct sunlight, particularly during peak hours.

  Furthermore, you can apply a thermal barrier coating to extend the lifespan of your toughened glass and avoid costly repairs.

• No Adhesive Materials: Do not apply stickers, decals or other adhesive materials on the glass as they can leave behind residues and scratches and trap moisture and dirt, compromising the glass’ performance.

Key Takeaways

Taking care of a toughened glass is quite simple, just follow the guidelines mentioned in the post while cleaning.

By doing so, you will be able to use toughened glass for years without worrying about scratches, damage or compromised performance.

Now that you know how to keep the toughened glass in top condition, it is time to choose a trusted toughened glass manufacturer, such as AIS Glass.

AIS Glass’ is a dominant player in both automotive and architectural segments. Designed to provide Level 2 and Level 3 protection, AIS Glass’ toughened glass also offers greater impact resistance and high strength.

Want to learn more? Visit AIS Glass

When it comes to commercial spaces, functionality and practicality often take centre stage. However, aesthetics and design elements should not be overlooked. Adding some decorative flair to restaurants, retail stores or offices can greatly enhance the ambience and create a welcoming atmosphere.

One versatile and stylish option that can elevate the look and feel of any commercial space is lacquered glass. From conference rooms and lounges, to lift lobbies and escalator panels, using lacquered glass can enhance the overall ambience.

So, let us dive in and explore the benefits and ideas for using lacquered glass in business spaces.

Why is Lacquered Glass a Smart Choice for Commercial Premises?

High-Quality

Made using a special type of high-quality paint, lacquered glass boasts a flawless gloss finish that remains vibrant and beautiful for years. This guarantees an unmatched level of quality by other glass options and helps businesses create a lasting impression on clients and customers.

Durable

Lacquered glass is oven-cured through a unique process that locks in the colour and finish, provides an easy-to-clean surface and ensures a long-lasting appearance.

This allows the glass to withstand the demands of high–traffic areas without losing its functionality and aesthetic appeal, making it ideal for commercial applications.

Humidity-Proof

Lacquered glass has a humidity-proof coating, making it resistant to moisture and humidity.

This is a total game-changer glass for commercial spaces that are prone to high humidity levels, such as spas, restaurants, museums, and gyms, ensuring that the glass stays clean and crystal clear even without regular upkeep.

Environment-Friendly

Lacquered glass boasts of having a low Volatile Organic Compound (VOC) emission rate, which means that this glass does not release harsh chemicals into the air, contributing to better indoor air quality.

This makes lacquered glass perfect for commercial premises with poor ventilation, particularly meeting spaces, hospitals, restaurants and research facilities.

Wide Colour Options

The lacquered glass features a palette with a diverse colour range, allowing commercial spaces to customise and create, a warm and an inviting ambience, reflecting the brand’s personality.

With a wide range of colour options to choose from, businesses can seamlessly integrate lacquered glass into their existing interior décor or explore new possibilities to craft a sleek, modern, and visually stunning space.

Heat and UV-Resistant

Lacquered glass, being heat and UV-resistant, remains intact even in harsh environments.

This glass withstands high temperatures without cracking, warping and discolouring, making it best-suited for commercial spaces exposed to sunlight and extreme weather conditions, such as:

• Restaurant patios and outdoor seating areas
• Storefronts
• Office building lobby areas
• Hotels and resorts
• Airport terminals
• Shopping malls
• Stadiums, etc.

Ideas for Using Lacquered Glass in Commercial Spaces

1. Reception Countertops: Add a touch of sophistication and elegance to your reception area with a lacquered glass countertop.
2. Conference Rooms: Use lacquered glass to create a sleek and modern conference table, logo display and functional whiteboard for brainstorming sessions.
3. Signages: Make a bold statement with easy-to-read lacquered glass signages that prominently showcase your brand’s identity and provide important details to visitors.
4. Surface Cladding: Add a pop of colour to your walls with lacquered glass and create an eye-catching, striking feature wall that leaves a memorable mark.
5. Lift Lobbies: Elevate the style of your lift lobby with a lacquered glass table, adding a touch of luxury and style to your existing decor.
6. Doors and Partitions: Use lacquered glass in doors and partitions to allow natural light to filter through and create a sense of transparency and depth in your commercial space.
7. Display Shelves: Showcase art pieces, food and beverages and retail products, such as jewellery, cosmetics or electronics, with lacquered glass and create a visually appealing and engaging display for your customers.

Wrapping Up

Lacquered glass is a modern, stylish and versatile material that can transform a commercial space into a unique and vibrant hub, elevating its overall aesthetic.

Looking for a reliable partner to buy lacquered glass? Consider AIS Glass, your one-stop shop for high-performance lacquered glass.

With a rich legacy of innovation and excellence, AIS Glass offers end-to-end solutions that suit the diverse needs of customers.

Visit AIS Glass to explore our broad range of automotive and architectural glass products now!

From the scorching summers to chilly winters, India’s diverse and often extreme climate poses a significant challenge for homeowners who want to maintain a comfortable living space. 

Low-E glass offers a smart solution to this problem, offering excellent thermal insulation that keeps your home cool in the summer and warm in the winter. But is it the right solution for your home and does it live up to the hype? 

Let us shed light on this by cutting through the myths and exploring the real benefits of Low-E glass. To begin, let us understand what Low-E glass is. 

A Short Overview of Low-E Glass 

Low-emissivity glass, also known as Low-E glass, is designed to reduce heat transfer between indoor and outdoor environments. 

Treated with a microscopic metallic coating, Low-E glass boasts exceptional solar control and thermal insulation properties which allow it to reflect heat instead of absorbing it. 

This makes this glass the most suitable choice for homes and buildings requiring high levels of thermal protection and energy efficiency. 

Low-E Glass: Separating Fact from Fiction 

Myth #1: Low-E Glass is Too Expensive and Not Worthy 

While it is true that Low-E glass is comparatively more expensive than regular glass, its features outweigh its cost. 

By reducing heat transfer and minimising energy consumption, Low-E glass significantly lowers heating and cooling expenses which in turn leads to increased long-term savings and a rapid return on investment. 

Myth #2: Low-E Glass Reduces Light and Makes the Space Appear Darker 

After learning about the Low-E glass’ coating, people often assume that it will block natural light. However, this is a common misconception as the metallic coating present on Low-E glass is applied on a microscopic level and has a negligible effect on light transmission. 

Despite being thin, this coating effectively reflects heat without affecting the view and the brightness of the space, ensuring that your home stays well-lit and energy-efficient all year round.   

Myth #3: Low-E Glass is Only Suitable for Cold Weather 

As heat loss is considered a major concern in cold seasons, people believe that Low-E glass is solely beneficial in cold climates. 

However, in reality, Low-E glass can be beneficial in any climatic condition as it is not only designed to reduce heat loss but also to minimise heat gain from outside by blocking UV rays. 

This glass helps regulate temperatures and reduce energy consumption, ultimately resulting in comfortable indoor conditions regardless of the season. 

Myth #4: Low-E Glass is Difficult to Clean and Maintain 

Another widespread myth about Low-E glass is that it demands special cleaning products and techniques which is not true. 

Contrary to the misconception, Low-E glass is just as easy to clean and maintain as regular glass. Its smooth and durable surface resists dirt, dust and grime which allows for simple cleaning with soap, water and a soft cloth. 

Low-E glass requires no special maintenance, making it a hassle-free option that provides years of optimal performance with minimal upkeep. 

Myth #5 Low-E Glass is the Same as Tinted Glass 

While both Low-E glass and tinted glass are especially made to reduce the amount of solar heat entering a building, both of them work in different ways and provide distinct benefits. 

Unlike tinted glass, Low-E glass provides better visible light transmission by allowing optimum light to pass through. This glass does not block direct sunlight but instead reflects it, creating a harmonious balance between solar radiation control and thermal insulation. 

Summing Up 

By debunking the common myths, we have revealed numerous benefits of Low-E glass. For those who demand the best, AIS Glass is the name you can trust for exceptional quality, performance and value. 

AIS Glass provides a range of Low-E glass products that offer the right blend of energy saving, visual comfort and thermal control. 

Set to bring new ideas to life, the Ecosense range by AIS includes various types of glass, including Ecosense Exceed, Ecosense Essence, Ecosense Edge and Ecosense Excel, each with unique features and benefits. 

Transform your home with AIS Glass Low-E glass and discover a new standard of comfortable living. 

The world is shifting towards a sustainable future and the glass industry is no exception. The advent of eco-friendly glass has made a positive impact by offering a blend of sustainability, performance and style. 

However, as the use of eco-friendly glass continues to grow, so does the demand for more sophisticated features. 

To address this demand, glass solutions providers are turning to advanced coatings and treatments that enhance eco-friendly glass’ performance and functionality. But what exactly are these coatings and treatments? 

Let us find out.  

Role of Coatings and Treatments for Eco-Friendly Glass 

Eco-friendly glass coatings and treatments are specialised layers that are applied to the surface of eco-friendly glass to improve its performance, functionality and aesthetic appeal. 

While these coatings and treatments may seem like a small deal, it is important to note that they significantly affect the overall sustainability and energy efficiency of eco-friendly glass. 

Furthermore, the application of such coatings and treatments transforms eco-friendly glass into a high-performance material that offers various benefits, from thermal insulation to solar control and privacy. 

Eco-Friendly Glass Coatings and Treatments: Types and their Specific Purpose 

Low-E Coatings 

Low-E coating, also known as low emissivity coating, is a type of glass coating that reduces the amount of heat emitted or radiated through an eco-friendly glass. 

In simple words, this coating helps the eco-friendly glass to reflect the radiant heat instead of absorbing it. This minimises heat transfer through the glass, thereby resulting in reduced heat loss in the winter and reduced heat gain in the summer. 

This way, low-E coatings for eco-friendly glass improve the overall energy efficiency and enhance interior comfort. 

Solar Control Coatings 

As the name suggests, solar control coatings are designed to regulate and control the solar radiation that enters a building through eco-friendly glass. 

When applied to eco-friendly glass, solar control coatings absorb infrared rays and block direct solar radiation which in turn reduces the amount of heat entering the space. 

This enhances the comfort and well-being of the occupants, reduces energy consumption and prevents belongings from fading while maintaining a bright and natural atmosphere. 

Heat-Reflective Coatings 

Heat-reflective coatings are specifically used to reflect the sun’s heat away from the interior while allowing natural light to enter. 

These eco-friendly glass coatings protect occupants from harmful UV rays and minimise the load on air conditioning systems, helping create a more energy-efficient and sustainable environment. 

Although heat-reflective coatings may seem similar to solar control coatings, they have different functions. For example, unlike solar control coatings, heat-reflective coatings mainly focus on reflecting solar radiation rather than controlling heat gain. 

Tinted Coatings 

Tinted coatings are another type of coating that is used to impart a tint and add heat-absorbing properties to eco-friendly glass. 

This coating protects against glare and UV radiation and prevents discomfort and eye strain for occupants. 

Plus, tinted coatings allow the space to remain cool and enhance its aesthetic appearance, making tinted eco-friendly glass an ideal solution for spaces with high levels of natural light. 

Copper-Free Coatings 

Copper-free eco-friendly glass coatings serve as an eco-friendly alternative to traditional copper-based coatings. 

This eco-friendly glass coating provides excellent solar control and thermal insulation properties while keeping it free from harmful materials (particularly copper and lead). 

Along with reducing environmental impact, copper-free coating offers a number of practical benefits of eco-friendly glass, including corrosion resistance and improved durability and longevity. 

Wrapping Up 

As we have explored the different types of coatings and treatments available for eco-friendly glass, it is clear that the options are vast and varied. 

From solar control coatings to tinted coatings, each type comes with unique benefits and features. Builders, designers and architects can easily craft iconic architectural spaces that are not only eco-friendly but also visually stunning. 

But, to make this a reality, partnering with a pioneering glass solutions company, such as AIS Glass, is crucial. AIS Glass has an extensive range of eco-friendly glass products with specialised coatings that cater to different needs and applications. 

Ready to create a beautiful, eco-friendly space? Contact AIS Glass today and step towards a sustainable future. 

Beyond damage to property, fire is capable of causing irreversible harm to human life and emotional well-being. Fortunately, advancements in architectural solutions have given rise to cutting-edge materials, such as fire-resistant glass.

This specialised glass keeps fire at bay and gives people time to escape, providing a critical layer of protection against fire-related hazards. Given its potential to save lives and prevent damage, it is crucial to understand how it can be used in modern architecture.

By incorporating fire-resistant glass, architects can design safer spaces without compromising on aesthetics or functionality. Join us as we explore the top applications of fire-resistant glass.

Importance of Fire-resistant Glass

Fire-resistant glass is specifically engineered to withstand extreme levels of temperatures while restricting heat transfer and preventing the passage of smoke and flames.

This glass keeps you safe from heat, smoke, and fire for an extended period and ensures protection against conductive heat transfer and radiation.

Installing this glass can significantly reduce the spread of fire and avoid fatalities and costly damages, making it an integral part of modern building designs.

Applications of fire-resistant Glass in Modern Architecture

Exterior Facades

Being 3 times stronger than normal annealed glass, fire-resistant glass plays a crucial role in exterior facades. It effectively prevents the spread of fire without getting affected by extreme temperatures.

Furthermore, fire-resistant glass retains its strength and clarity even when exposed to intense heat. This feature ensures that occupants safely evacuate the building, making it ideal for creating safe and aesthetically pleasing modern facades.

Doors and Windows

Fire-resistant glass offers a unique blend of safety, high mechanical strength, and resistance to breakage.

The absence of nickel sulphide particles in fire-resistant glass prevents shattering and spontaneous breaking during handling, transportation, installation, as well as post-installation.

This exceptional durability and reliability make fire-resistant glass a good choice for doors and windows, eliminating the risk of unauthorised access and providing a safe and secure barrier against fire.

Partitions and Walls

When used in walls and partitions, fire-resistant glass helps create open, airy spaces that are visually appealing and safe.

Fire-resistant partitions and walls can effectively contain fires within a specific area and prevent them from spreading to other areas of the building or floor.

Escape Routes

From providing a safe and secure passage for occupants to evacuate the premises to stopping fire spreading in the unfortunate event of a fire, this glass keeps the occupants and the building safe from fire damage.

Thanks to the robust fire-resistant properties, fire-resistant glass maintains its strength even when exposed to intense heat, ensuring that people can safely navigate escape routes even in smoky or fire-filled conditions.

Rooflights

Fire-resistant glass boasts an exceptional ability to withstand extreme temperatures and remain secure and functional during fire.

Designed to meet the fire-safety requirements of modern architecture, fire-resistant glass serves as a perfect barrier against radiant heat and provides a safe and reliable solution for natural light transmission while maintaining fire safety.

Overall, this glass is an ideal material for skylights and rooflights, offering safety, energy efficiency, and a sleek and modern look to your building project.

Applications of Fire-resistant Glass across Industries

Fire-resistant glass plays a vital role in various industries, offering both safety and functionality. Some of its key applications include:

• Hospitals
• Schools
• Hotels
• Restaurants
• Retail stores
• Malls and shopping centres
• Industrial buildings
• Warehouses
• Laboratories
• Office buildings
• Metros
• Airports

Ending Notes

Fire-resistant glass is an innovative architectural material that not only provides unparalleled security and durability but also adds a level of visual appeal to buildings that is hard to match. From partitions and facades to doors, windows and rooflights, fire-resistant glass has various applications in modern architecture.

Whether you are a homeowner, architect, designer, or developer looking to create a space that demands a high level of safety and excellent performance, fire-resistant glass is the way to go.

Take your building’s safety and style to new heights with AIS Glass, a leading integrated glass solutions company. AIS Glass offers a high-end range of fire-resistant glass, including AIS Pyrobel and AIS Boropane, that is especially engineered to offer fire safety for up to 2-3 hours in the event of a fire.

Want to learn more about our fire-rated safety glass? Visit AIS Glass.