Performance Glass

Glass has been an integral part of life for a long time, serving countless purposes from functional items such as windows and doors to artistic expressions. In our modern era of heightened environmental consciousness, a critical question arises: Is glass a sustainable material? This comprehensive guide talks you through the recyclability of glass and future prospects in a world increasingly focused on eco-friendly solutions. Manufacturing Glass Glass is fundamentally composed of readily available natural resources. The primary ingredients that go into creating this versatile material include: These raw materials are abundant in nature, which contributes to the perception of glass as a sustainable option. However, the extraction of these components, particularly through quarrying, can have environmental implications. The mining process can lead to habitat disruption, soil erosion, and potential water pollution if not managed responsibly. To mitigate these impacts, it is crucial to use sustainably sourced materials or opt for recycled glass. The glass manufacturing process itself is an energy-intensive endeavor. The raw materials are combined and heated to extremely high temperatures, typically around 1500°C (2732°F), in large furnaces. This melting process requires a substantial amount of energy, often derived from fossil fuels such as natural gas. The molten glass is then shaped into the desired form through various methods like blowing, pressing, or molding, before being cooled and annealed to enhance its strength and durability. While the basic composition of glass remains consistent, various additives can be incorporated to alter its properties. For instance: The energy consumption in glass production is a significant factor when assessing its sustainability. However, it’s essential to consider that once produced, glass products can have a long lifespan and are reusable, which can offset some of the initial environmental costs over time. What Makes Glass Sustainable? Glass stands out as a sustainable material due to its remarkable properties and characteristics. One of the most significant factors contributing to its sustainability is its ability to be infinitely recyclable. Unlike many other materials, glass can be recycled endlessly without any degradation in quality. This means that a single glass bottle can be transformed into a new glass container repeatedly, making it a valuable resource in the recycling loop. Moreover, glass is made from sustainably sourced materials such as sand, soda ash, and limestone. These raw materials are not only abundant but can also be sourced locally, reducing the environmental impact associated with transportation. The combination of these factors—its infinite recyclability, the use of abundant and locally sourced raw materials, and the efficient manufacturing process—makes glass a truly sustainable material. Its ability to be reused multiple times without losing quality further enhances its sustainability profile, making it an excellent choice for eco-conscious consumers and industries alike. Environmental Impact The environmental footprint of glass production is a complex issue that requires careful consideration of various factors. While glass is often praised for its recyclability and inert nature, the process of creating new glass from raw materials does come with environmental challenges. One of the primary concerns is the substantial energy requirement for glass manufacturing. The high-temperature furnaces used to melt the raw materials consume vast amounts of energy which could exacerbate climate change concerns. However, it’s important to note that the glass industry has been making strides in reducing its environmental impact. Many manufacturers are implementing more sustainable practices, such as: ·        Increasing the use of recycled glass (cullet) in production, which reduces energy requirements and raw material needs. ·        Investing in more efficient furnace technologies and process optimisations to reduce energy consumption. ·        Exploring alternative fuel sources, including biogas and hydrogen, to reduce reliance on fossil fuels. Moreover, when comparing the environmental impact of glass to alternative materials like plastic, it’s crucial to consider the entire lifecycle of the product. While glass production may be more energy-intensive initially, its ability to be infinitely recycled without loss of quality and its inert nature in the environment can make it a more sustainable choice in the long run. Environmental Benefits of Glass Glass offers several environmental benefits that underscore its sustainability. One of the most notable advantages is that recycling glass saves energy and reduces carbon emissions. The process of recycling glass uses significantly less energy compared to producing new glass from raw materials. This reduction in energy consumption translates to lower greenhouse gas emissions, making glass recycling a crucial component in the fight against climate change. Additionally, glass recycling helps conserve natural resources. By reusing existing glass, the need for raw materials such as sand, soda ash, and limestone is reduced. This conservation of natural resources not only minimises environmental degradation but also ensures that these materials remain available for future generations. Glass is also 100% recyclable, meaning that every glass container can be recycled and transformed into a new product. This complete recyclability makes glass a valuable resource that can be reused multiple times. Furthermore, glass packaging contributes to reducing waste and promoting sustainability. By choosing glass packaging, consumers and businesses can support the use of recycled materials and help reduce the environmental impact of packaging waste. The glass packaging industry plays a vital role in this effort, continuously innovating to improve the sustainability of glass products. In summary, the environmental benefits of glass—energy savings, reduced carbon emissions, conservation of natural resources, and complete recyclability—make it a sustainable choice for packaging and other applications. Its role in the circular economy further enhances its sustainability credentials, making glass a key material in the pursuit of a more sustainable future. Glass Recycling and Sustainability One of the most compelling arguments for glass as a sustainable material lies in its exceptional recyclability. Unlike many other materials, glass can be recycled indefinitely without any loss in quality or purity. The recycling process for glass is relatively straightforward and offers significant environmental benefits. 1.     Collection and sorting Glass is typically collected through municipal recycling programs or dedicated bottle banks. It’s sorted by colour (clear, green, brown) to maintain quality in the recycled product. 2.     Cleaning and crushing Contaminants like labels and

In today’s busy and fast-paced world, creating a quiet and peaceful environment has become crucial for both homeowners and workplaces. Acoustic glass is a cutting-edge solution designed to minimise noise pollution and enhance comfort. At Performance Glass, we handcraft our acoustic glass range to bring excellent benefits to any project. In this blog, we explore the top ten benefits of acoustic glass, and why the market-leading solution is growing in popularity. Benefits of Acoustic Glass 1. Superior Noise Reduction The main purpose and beneficial feature of acoustic glass is it’s excellent ability to reduce noise. Acoustic glass is specifically engineered to reduce unwanted noise. Manufacturing processes use multiple layers of glass and a specialised interlayer to dampen vibrations and minimise sound transmission through the glass pane. This is particularly beneficial for homes near a busy road or in an office or music studio, as acoustic glass can significantly enhance indoor tranquility. 2. Enhanced Privacy Acoustic glass not only reduces external noise but also prevents sound from escaping. For this reason, acoustic glass is particularly popular in workplace settings such as boardrooms, conference spaces, and even home offices where confidentiality and quietness is ideal. 3. Improved Sleep Quality With many homes situated near busy roads, many people often suffer from sleep deprivation due to high noise transmission through windows. Noise pollution can disrupt sleep patterns and even affect overall health. By changing window and door glazing to acoustic glazing, you can transform spaces into a serene environment, ensuring uninterrupted sleep and promote a better well-being. 4. Energy Efficiency With energy prices and consumption on the rise, at Performance Glass we understand the importance of energy efficient products. While its primary function is noise reduction, our acoustic glass has been carefully manufactured to also provide excellent thermal insulation. This dual functionality helps maintain indoor temperatures, reducing the need for heating and cooling, ultimately lowering costly energy bills. 5. Increased Property Value Another benefit of installing acoustic glass into a property, you can even boost it’s value. Acoustic glass is a sought-after feature, for buyers looking for peace, privacy and energy efficient solutions, making your property stand out in the market. 6. Safety & Security As acoustic glass is manufactured with multiple layers, including laminated layers, not only does it reduce noise, but it also enhances security. The interlayer has the ability to hold the glass together even when shattered, providing additional protection against accidents or unwanted intruders attempting to break-in through the glass. 7. Durability & Longevity Thanks to its laminated structure, acoustic glass proves more durable than standard glass panes. The glass is designed to withstand wear and tear effectively, making it a long-term investment that pays off over the years. 8. Versatile Design Options Like many of our glass solutions at Performance Glass, our acoustic glass is available in various designs, thicknesses, and finishes, giving the choice to complement any architectural style. Whether you need clear panels for windows or frosted glass for privacy, there’s design options for every need. 9. Environmental Benefits Another benefit of acoustic glass is its contribution to a greener environment, by reducing the need for artificial heating and cooling. Its ability to enhance energy efficiency aligns with sustainable building practices and reduces carbon footprints. 10. Customisable Solutions Alongside many other benefits of acoustic glass, at Performance Glass, we also ensure our glass is tailor-made to your unique needs. Our bespoke acoustic glass solutions deliver maximum performance- from homes to high-traffic commercial spaces, you can design your ideal solutions with us. Where Can I Buy Acoustic Glass? At Performance Glass, we are committed to delivering premium glass solutions that combine functionality, aesthetics and innovation. We use advanced technology and unique manufacturing processes to ensure unmatched performance and durability. Plus, with our experienced team, you’ll experience dedicated and ongoing support from order to delivery. Contact us today to learn more about our tailored glass solutions and how they can transform your space. Get in touch with the team by emailing us at theteam@performanceglass.co.uk or give us a call on 01422 861116! Alternatively, explore our diverse glass range and discover more about us.

While many homeowners focus on the frame material or glass type, the gas fill between window panes is equally important. Two popular options dominate the market: argon gas windows and krypton. This comprehensive guide will explore the differences between argon vs krypton, their benefits, and help you make an informed decision for your next window upgrade. Inert Gas Fills for Energy Efficiency Inert gas fills play a crucial role in improving the energy efficiency of modern windows. By filling the space between the glass panes with a non-reactive gas, such as argon or krypton, heat transfer is significantly reduced, resulting in a more energy-efficient window. This is especially important in colder climates, where heat loss through windows can be a significant issue. Inert gas fills can help to reduce heating and cooling costs, making them a valuable feature in energy-efficient windows. Argon Gas Properties of Argon Argon is the third most abundant gas in Earth’s atmosphere, making it readily available and cost-effective. Its density is approximately 1.4 times that of air, providing significant insulation improvements over traditional air-filled windows. Thermal Performance of Argon-Filled Windows Argon windows can improve insulation by up to 30% compared to air-filled units, offering significant energy efficiency and insulation benefits. This translates to noticeable energy savings and increased comfort in both hot and cold climates. Longevity and Maintenance Argon-filled windows typically maintain their performance for 15-20 years, with an estimated gas loss rate of less than 1% per year. This longevity makes them a reliable choice for long-term energy efficiency. Krypton Gas Krypton’s Unique Properties Krypton is a rarer noble gas, with a density about 2.8 times that of air. This higher density translates to superior insulating properties, making krypton an excellent choice for premium window installations. Thermal Efficiency of Krypton-Filled Windows Krypton gas can provide up to 40% better insulation than air-filled windows, offering peak performance in energy conservation. This makes it particularly attractive for homeowners in extreme climates or those seeking maximum energy efficiency. Cost Considerations Due to its rarity, krypton is significantly more expensive than argon. However, its superior performance can justify the cost in high-end residential or commercial applications where energy efficiency is paramount. Similarly, xenon filled windows offer excellent insulation performance, making them suitable for modern architectural designs with large glass expanses, though their high price point may not be necessary for typical residential applications. Comparing Argon vs Krypton: Making the Right Choice Cost-Benefit Analysis Argon provides an excellent balance of performance and affordability, making it the go-to choice for most residential applications. Krypton’s higher cost can be justified in extreme climates or for homeowners prioritising maximum energy efficiency regardless of price. Climate Considerations In colder regions, the superior insulation of krypton may provide more significant benefits. Conversely, argon often suffices in milder climates while offering substantial energy savings. Window Design Compatibility The ideal gas choice can depend on window design. Double glazed windows are known for their energy efficiency and insulation capabilities. Double glazing plays a crucial role in insulating properties and energy conservation by utilising noble gases like argon, krypton, and xenon between glass panes, which enhances the overall performance of windows while addressing common issues like heat loss. Double-pane windows with standard spacing often benefit most from argon, while krypton excels in triple-pane configurations or windows with narrower gaps between panes. Triple Pane Windows and Inert Gas Fills Triple pane windows are a popular choice for homeowners looking to maximise energy efficiency. By adding an extra pane of glass, triple pane windows provide additional insulation and can be filled with inert gases, such as krypton or xenon, to further reduce heat transfer. Triple pane krypton windows, in particular, are known for their exceptional energy efficiency, making them a popular choice for homeowners in colder climates. However, it’s worth noting that triple pane windows are more expensive than double pane windows. Economic Considerations Initial Costs vs. Long-Term Savings While replacement windows have a higher upfront cost, their advantages and specifications, such as gas fills like argon and krypton, enhance energy efficiency and can offset this investment. Argon-filled windows typically offer a quicker return on investment due to their lower initial cost. Energy Bill Reductions Homeowners can expect to see noticeable reductions in heating and cooling costs after installing new windows, which offer significant advantages in terms of energy efficiency and aesthetics. The exact savings depend on local climate, energy prices, and the efficiency of the existing windows being replaced. Making the Final Decision Choosing between argon vs krypton-filled double glazed windows ultimately depends on your specific needs, budget, and local climate. Here at Performance Glass, most of our glass panes are filled with argon gas. However, we do offer Krypton gas as an option. Want to find out more? Drop our team an email today on theteam@performanceglass.co.uk.

Glass finishing is a crucial aspect of many architectural and interior design projects, especially when it comes to glass products. Two popular techniques for treating glass corners are radius corners and dubbed corners. While both methods aim to enhance safety and aesthetics, they differ significantly in their application and appearance. This blog post will explore the difference between radius and dubbed glass, helping you make an informed decision for your next glass project. The Importance of Glass Edge Finishing Glass edge finishing plays a vital role in both the safety and visual appeal of glass installations. Properly finished edges not only reduce the risk of injuries but also ensure safety and contribute to the overall aesthetics of the piece. Among the various finishing techniques available, radius and dubbed corners are two popular options that offer distinct advantages. Why Does Edge Treatment Matter? Untreated glass edges can be sharp and hazardous, posing a significant risk of cuts and injuries. By applying appropriate edge treatments, such as radius or dubbed corners, the safety of glass installations is greatly enhanced. This is particularly important in high-traffic areas or spaces frequented by children and pets. Proper edge treatment also contributes to the longevity of glass installations. Finished edges are less prone to chipping and cracking, ensuring that the glass maintains its integrity and appearance over time. Understanding Radius Corners Radius corners are a popular choice for glass finishing, offering a smooth, rounded edge that enhances both safety and aesthetics. This technique involves carefully grinding and polishing the glass edge to create a curved profile, eliminating sharp angles and creating a more refined look. The Process of Creating Radius Corners Creating radius corners is a precise process that requires specialised equipment and skilled craftsmanship. The glass edge is first ground to the desired shape using a series of abrasive wheels. This is followed by a polishing process that smooths the surface and creates a lustrous finish. The result is a beautifully rounded edge that flows seamlessly around the corners of the glass. Advantages of Radius Corners Radius corners offer several benefits that make them a popular choice for many glass applications. The smooth, rounded edge significantly helps to ensure safety in various settings. Enhanced Safety The smooth, rounded edge significantly reduces the risk of cuts and injuries. Elegant Appearance The curved profile creates a sophisticated look that can elevate the overall design of a space. Versatility Radius corners can be applied to various glass thicknesses, making them suitable for a wide range of projects. What are Dubbed Corners? Dubbed corners, also known as seamed or arrised edges, offer an alternative approach to glass corner treatment. This technique involves slightly dulling or softening the sharp 90-degree corners of the glass, creating a safer edge without dramatically altering the overall shape of the glass. The Process of Creating Dubbed Corners Creating dubbed corners is a relatively simple process compared to radius corners. A dubbing pad or specialised tool is used to gently sand down the sharp corners of the glass, creating a small bevel or chamfer. This process removes the potentially dangerous sharp point while maintaining the overall rectangular shape of the glass edge. Advantages of Dubbed Corners Dubbed corners offer several benefits that make them a popular choice for certain applications. Improved Safety By removing the sharp points, dubbed corners reduce the risk of cuts and injuries. Minimal Alteration The overall shape and dimensions of the glass remain largely unchanged, making dubbed corners suitable for applications where precise measurements are critical. Suitable for All Thicknesses Unlike radius corners, dubbed corners can be applied to glass of any thickness, from thin sheets to thick panels. Cost-Effective The process of creating dubbed corners is generally quicker and requires less specialised equipment, potentially reducing costs. Comparing Radius and Dubbed Corners When choosing between radius and dubbed corners, it’s essential to consider the specific requirements of your project. Both techniques offer unique advantages and limitations that can impact the final result. Aesthetic Differences The most noticeable difference between radius and dubbed corners is their appearance. Radius corners create a smooth, curved edge that flows around the entire perimeter of the glass. Dubbed corners, on the other hand, maintain the overall rectangular shape of the glass, with only a slight softening of the sharp corners. Suitability for Different Glass Thickness One of the key differences between radius and dubbed corners is their suitability for various glass thicknesses. When choosing the appropriate edge treatment, it’s essential to measure glass accurately to ensure that the chosen technique is suitable for the glass thickness. Radius corners typically require glass that is at least 6mm thick to provide enough material for creating the rounded edge. Dubbed corners, however, can be applied to glass of any thickness, making them a more versatile option for projects involving thin glass sheets. Choosing the Right Glass and Corner Finish Selecting the right glass and corner finish can be a daunting task, but with a little knowledge, you can make an informed decision that suits your needs. Here are some key factors to consider. By considering these factors, you can choose the right glass and corner finish for your needs, ensuring a safe and aesthetically pleasing product that meets your design objectives. Whether you need radius corners for enhanced safety or dubbed corners for a subtle finish, making an informed choice will enhance the functionality and visual appeal of your glass installations. Choosing between Radius Corners or Dubbed Corners on Glass Units The choice between radius and dubbed corners in glass finishing is more than just an aesthetic decision. It involves careful consideration of safety, practicality, and design objectives. By understanding the unique characteristics and applications of each technique, you can make an informed choice that enhances both the functionality and visual appeal of your glass installations. Whether you opt for the smooth elegance of radius corners or the subtle safety enhancement of dubbed corners, we provide whatever you need when it comes to bespoke glass solutions, here at

Fire safety is a critical consideration in building design and construction. Among the various safety measures implemented, fire safety glass stands out as an innovative solution. In this comprehensive guide, we’ll explore the benefits of fire rated glass and its properties. What is Fire Rated Glass? Fire-rated glass is specially designed safety glass engineered to resist the spread of fire, smoke, and radiant heat. The design is crucial for providing critical protection in buildings during a fire emergency. Unlike ordinary glass, which can shatter at high temperatures, fire glass is made to endure extreme heat while maintaining its structural integrity for a specified period. This durability helps contain the fire and prevents it from spreading to adjacent areas. Ultimately allowing for safer evacuation and minimising property damage. A key feature of fire-rated glass is its exceptional heat resistance. It can withstand high temperatures without cracking or breaking for a set duration, such as 30, 60, 90 or 120 minutes, depending on its specific rating. It also maintains its structural integrity, preventing the passage of flames and smoke to other areas of a building. Fire-rated glass is widely used in fire doors, partition walls, stairwells, and escape routes. Fire Resistant Glass Materials and Design Fire resistant glass materials are meticulously engineered to provide a robust barrier against fire, heat, and smoke. A critical component in this design is the intumescent interlayer. This is designed to expand when exposed to high temperatures, effectively repelling flames, heat, and smoke. This expansion creates a secure barrier, ensuring the integrity of the glass during a fire. The design of fire resistant glass is tailored to meet specific fire rating requirements, such as 30-minute, 60-minute, 90-minute and 120-minute ratings. These ratings indicate the duration for which the glass can withstand intense heat and flames without compromising its structural integrity. The choice of materials and the design of the glazing system are crucial in achieving these ratings. In addition to the glass itself, the overall fire rated glazing system must be carefully designed and installed to comply with fire safety codes and regulations. This involves selecting appropriate frame materials and ensuring that the glazing system is properly sealed and tested. Proper installation is essential to maximise the effectiveness of fire resistant glass. Without correct insulation, you cannot ensure it performs as expected in the event of a fire. Types and Ratings of Fire Rated Glazing Fire rated glass comes in various ratings, each designed to meet specific fire safety requirements. Fire Resistance Ratings All fire resistance ratings are measured in terms of time, indicating how long the glass can withstand exposure to fire without compromising its integrity. The most common fire resistance ratings for fire rated glass include: Fire Safety and Code Requirements Adhering to fire safety and code requirements is paramount in the design and installation of fire resistant glass. Fire safety codes also stipulate that fire resistant glass materials and glazing systems must be properly labeled and certified. This certification process involves rigorous testing to ensure the glass can withstand the conditions specified by the fire rating. Proper labeling and documentation are also crucial, as they provide clear information about the fire rating and compliance with safety standards. Testing and Certification Testing and certification are critical steps in the development and installation of fire resistant glass. To ensure that these materials meet specific fire rating requirements, they must undergo rigorous testing. This testing involves exposing the glazing system to intense heat and flames for a designated period. In addition to testing and certification, fire resistant glass materials and glazing systems must be properly labeled and marked to indicate their fire rating and compliance with safety standards. This includes labeling the glazing system with the fire rating, such as “30-minute fire rated,” and providing documentation to support the certification. Proper labeling ensures that building occupants and safety personnel can easily identify the fire rating and trust in the performance of the fire resistant glass in an emergency. Applications of Fire Rated Glass for Fire Safety Fire rated glass finds its applications in a wide range of settings, from commercial buildings to residential homes. Here’s some of the situations fire rated glass is used in. Fire Doors and Partitions Fire rated doors are essential in ensuring safety during a fire by preventing the spread of flames, smoke, and gases. Fully glazed fire doors provide effective fire protection while allowing natural light to flow through spaces, creating brighter and more open environments. Fire rated glass is often used in fire doors and partitions to create a barrier between different areas of a building. This allows for safe evacuation during a fire while still maintaining visual connectivity. Stairwells and Lifts Fire rated glass is commonly used in stairwells and lifts to prevent the spread of fire and smoke. It also limits heat transfer to the non-fire side, ensuring safety by maintaining a lower temperature in areas where occupants may be, thus enhancing fire safety protocols. Its transparency allows for easy navigation during emergencies. Windows Fire rated glass can be used in windows to provide fire protection while still allowing natural light to enter the building. Insulated glass units (IGUs) play a crucial role in providing both fire protection and insulation, as their multiple panes create an air vacuum or gas-filled gap that offers insulation against heat and noise. This is especially important in high-rise buildings where fire safety is a top priority. Looking for Fire Rated Glass? Fire rated glass is a crucial element in modern fire safety systems, providing a transparent barrier against the spread of flames, smoke, and heat. Whether it’s in commercial buildings, residential homes, or public spaces, here at Performance Glass we process fire rated glass that can offer protection for up to 120 minutes and integrity for up to 260 minutes. To find out more about our products or to place an order, drop us an email today on theteam@performanceglass.co.uk.

When it comes to enhancing the security and safety of our living spaces, the choice of glass plays a pivotal role. There are various types of safety glass, each with unique properties and applications. Safety glass has become an essential component in modern architecture and interior design, offering protection against accidental injuries and potential break-ins. In this blog post, we’ll talk you through the differences between toughened vs laminated glass to help you make an informed decision about which type of safety glass is best suited for your specific needs. The Manufacturing Process of Toughened Glass Toughened glass, also known as tempered glass, undergoes a unique manufacturing process that significantly enhances its strength and safety properties. The first step in the toughening process involves heating the glass to temperatures approaching its softening point. Once the glass reaches the desired temperature, it is rapidly cooled using high-pressure air jets to create a unique stress profile within the glass. The result of this process is a glass that is approximately four to five times stronger than standard glass of the same thickness. The increased strength allows toughened glass to withstand greater impacts and temperature differentials. Moreover, when toughened glass breaks, it shatters into small, relatively blunt pieces, significantly reducing the risk of serious injury. The Production of Laminated Glass At its core, laminated glass consists of two or more layers of glass bonded together with an interlayer of polyvinyl butyral (PVB) or ethylene-vinyl acetate (EVA). This sandwich of glass and interlayer is then subjected to heat and pressure. When laminated glass breaks, the interlayer holds the broken glass pieces in place, preventing them from falling and potentially causing injury. Laminated glass holds the structure together, enhancing safety and security in various applications, such as shop windows and vehicle windscreens. Key Differences Between Toughened and Laminated Glass Strength and Impact Resistance Toughened glass is significantly stronger than standard annealed glass which breaks into larger, jagged pieces when broken, presenting a higher risk of injury. Laminated glass, while not as strong as toughened glass, offers excellent impact resistance due to its layered structure. Breakage Pattern When broken, toughened glass shatters into small, relatively harmless granules. Laminated glass shatters but remains largely intact, with broken pieces adhering to the interlayer. Sound Insulation Laminated glass, especially with specialised acoustic interlayers, provides superior sound insulation compared to toughened glass. Thermal Resistance Toughened glass has superior resistance to thermal stress and can withstand higher temperature differentials. Toughened glass is also known as heat resistance glass due to its ability to endure mechanical stress and extreme temperatures. Laminated glass has moderate thermal resistance, depending on the types of glass used in its construction. Cost Generally, toughened glass is less expensive than laminated glass. However, the cost of laminated glass can vary significantly based on the complexity of the interlayer and the number of glass panes used. Applications of Toughened Glass Toughened glass is used in a wide range of settings, both residential and commercial. It is particularly important for ground floor glass in domestic and residential buildings, shop fronts, and internal and external doors. Here’s just some of the situations it may be used in. Architectural Applications Glass doors in homes and offices frequently utilise toughened glass to prevent injuries from accidental impacts. Interior glass partitions in particular benefit from the strength of toughened glass. Automotive Industry Sunroofs in cars also commonly use toughened glass due to its resistance to thermal stress. Furniture Toughened glass is a popular choice for dining tables and coffee tables. It is also ideal for shower screens. Appliances The high-temperature resistance of toughened glass makes it suitable for appliances such as oven doors. Public Spaces The strength and safety features of toughened glass make it suitable for public transportation shelters, such as bus stops. Balustrades Glass balustrades in staircases and balconies often use toughened glass for safety. Marine Applications Boat windows often use toughened glass due to its resistance to both impacts and thermal stress. Uses of Laminated Glass Laminated glass is a great choice for areas where safety, security, and specialised performance are required. Laminated safety glass is widely utilised in construction and automotive applications due to its durability and security features. Let’s take a look. Architectural Glazing The ability to hold broken pieces in place makes laminated glass ideal for overhead applications such as roof lights and roof lanterns. Aviation Laminated glass is used in airplane windows due to its ability to withstand high pressures and impacts. Soundproofing Acoustic laminated glass is used to create sound-insulated environments in schools, offices and other public buildings. Shops Laminated glass provides security against theft while maintaining visibility. Laminated glass toughened is particularly suitable for shop windows as it prevents shattering and deters break-ins. Zoos and Aquariums Laminated glass provides a safe barrier between animals and visitors. Thick laminated glass is often used in large aquariums. Making the Right Choice for Your Safety Glass Needs When making a decision on glass, it’s essential to consider not only the immediate safety requirements but also long-term factors such as maintenance and energy efficiency. Understanding the differences between toughened or laminated glass is crucial for making informed decisions about your safety glass needs. Whether you’re an architect designing a new building, a homeowner renovating your space, or a business owner upgrading your premises, here at Performance Glass we offer a wide range of safety glass including both toughened and laminated units. Our advanced machinery and skilled workforce helps us to process a variety of glazing products that others on the market simply cannot replicate. To find out more, drop us an email today on theteam@performanceglass.co.uk.

When it comes to enhancing the aesthetic appeal and functionality of your home, few features can compare to the elegance and practicality of glass balustrades. These have gained immense popularity among homeowners and architects alike, transforming ordinary staircases into stunning focal points. This blog post talks you through the benefits of a glass stair balustrade and explore the various customisation options available with glass balustrade design so you can make an informed decision for your home. The Top Benefits of Glass Balustrades Modern Elegance Glass balustrades exude a contemporary charm that can elevate the look of both modern and traditional homes. They offer a sleek and sophisticated style, making them a popular choice for those looking to achieve a high-end aesthetic. Maximising Natural Light One of the standout features of glass is its transparency. Unlike traditional wooden or metal railings, glass balustrades create an environment where natural light flows freely throughout your home. This not only brightens up the space but also creates the illusion of more space. Illusion of Space The unobstructed views provided by the glass balustrade help to eliminate visual barriers, making areas feel more expansive and inviting. Versatile Design Options Glass balustrades come in various styles and finishes, allowing homeowners to customise their look. Whether you prefer clear, frosted, or tinted glass, these options can complement any interior design theme. Strength and Durability Modern glass balustrades are constructed from toughened glass or laminated glass, ensuring they are incredibly strong and resistant to breakage. This type of glass undergoes rigorous testing and processing, making it much more durable than traditional materials. Impact Resistance In the unlikely event that a glass panel does break, it shatters into small, blunt pieces rather than sharp shards. This characteristic significantly reduces the risk of injury, making glass balustrades a safer choice for families. Easy Cleaning Unlike wood or metal, which may require regular treatments or painting, glass is easy to clean. A simple wipe with a glass cleaner and a lint-free cloth can keep your balustrades looking pristine. Resistance to Wear Glass does not corrode, rot, or degrade over time, which means that it maintains its appearance for many years. This durability makes glass balustrades a worthwhile investment for homeowners. Where Can I Use a Glass Balustrade? Glass balustrades are not limited to just staircases; they can be utilised in various settings throughout your home or commercial space. Staircases The most common application for glass balustrades is on staircases. Glass stair panels provide safety without obstructing views, allowing for an elegant transition between levels. Balconies Glass balustrades are perfect for balconies, offering a secure barrier while maintaining an unobstructed view of the surroundings. Incorporating glass panels is particularly appealing for homes with scenic views. Outdoor Areas Glass balustrades can also be used in outdoor settings, such as patios or swimming pools. They provide a stylish and secure option for enclosing these spaces without blocking the view. Why are Glass Balustrades a Smart Investment? Upgrading your home with glass balustrades can also have a positive impact on its market value. Attractive to Buyers Prospective buyers are often drawn to homes with modern features and open designs. Glass balustrades can make your property stand out, potentially leading to quicker sales and higher offers. Increased Resale Value Investing in high-quality glass balustrades can enhance the overall appeal of your home, contributing to an increased resale value. This makes them not just a design choice but a smart financial investment. Appeal Across Styles Whether your home is contemporary, traditional, or somewhere in between, glass balustrades can seamlessly integrate into any architectural style, making them an appealing feature for a wide range of buyers. The Future of Staircase Design Whether you are remodeling your existing staircase or building a new home, consider the numerous advantages of incorporating a glass balustrade into your design. They not only elevate the look of your home but also provide a practical solution for safety and functionality. At Performance Glass, we provide a versatile selection of glass units designed to meet a variety of needs, including our stunning glass balustrades. Our balustrades bring a modern, elegant touch to any space, combining safety with style. To find out more, download our brochure today.

Walk-on roof lights are an innovative solution for modern architectural designs, allowing natural light to flow through indoor spaces while providing a functional surface that can bear weight. Unlike traditional roof lights, these specialised glazing solutions are engineered to support foot traffic, making them ideal for flat roof terraces, roof terraces, balconies, and other areas where people may walk. What are Walk-On Roof Lights? All walk-on roof lights are designed to be both aesthetically pleasing and functional. These structures allow natural light to flood into lower levels of a building while providing a durable surface that can withstand the pressure of foot traffic. They are typically made from toughened glass, which is known for its strength and resilience. Key Features Durability Most walk-on roof lights are constructed from toughened or laminated glass, ensuring they can withstand regular foot traffic, impact, and weight without shattering. Design Flexibility Available in various shapes and sizes, glass rooflights offer extensive customisation options, allowing for natural light while being user-friendly for pedestrian traffic. Thermal Efficiency Walk-on roof lights are designed with thermal insulation properties, helping to maintain energy efficiency in buildings. The inclusion of toughened low E glass in these designs further enhances thermal efficiency by complying with various standards. Applications They are versatile and are useful in various applications. Let’s take a look at some of the most popular uses. Residential Spaces Ideal for homes with roof terraces or gardens, roof lights allow plenty of natural light while providing usable outdoor space. Installing a roof window can further enhance natural daylight in homes, making the space more comfortable and energy-efficient. Commercial Buildings Frequently used in offices and retail spaces to create attractive, light-filled environments. Rooflights designed to be safely walked on, known as ‘walk on glass’, offer additional benefits for commercial applications by providing plenty of natural light and an arcitechual focal point. Public Areas Parks, museums, and galleries often utilise walk-on roof lights to enhance the visitor experience by integrating natural light. They play a crucial role in enhancing natural light in public areas, such as hotels and aquariums, offering versatile and aesthetically appealing solutions. The Importance of Safety in Walk-On Roof Lights Given their unique purpose, safety is a paramount concern in the design and installation of walk-on roof lights. These structures must meet specific safety classifications to ensure they can withstand potential hazards. Safety Classifications Walk-on roof lights are classified based on their ability to prevent accidents and injuries. The key classifications include: ·        Class 0: Designed for areas with frequent foot traffic, such as roof terraces. These roof lights can support significant loads and are made of thicker glass. ·        Class 1: Intended for maintenance areas where foot traffic is infrequent. Their construction can handle occasional weight but not regular use. ·        Class 2: This is the default classification for non-fragile roof lights. They are designed to prevent falls, even if the upper pane breaks. ·        Class 3: Considered fragile, you should only install roof lights in areas where there is no risk of foot traffic. To ensure safety, these structures undergo rigorous testing according to industry standards. Materials Used in Walk-On Roof Lights The materials chosen for walk-on roof lights play a significant role in their performance and safety. Rooflights walk not only offer impressive visual effects in various settings such as aquariums and hotels but also come in diverse design options, including different types of glass finishes and customised designs. The most common materials include toughened glass and laminated glass. Toughened Glass Toughened glass is a popular choice due to its strength and durability. This type of glass is treated through a heating and cooling process that increases its resistance to impact and thermal stress. Advantages: ·        High impact resistance ·        Shatters into small, blunt pieces if broken ·        Suitable for high-traffic areas Laminated Glass Laminated glass consists of two or more layers of glass bonded together with an interlayer. This structure enhances safety by preventing the glass from breaking apart. Advantages: ·        Offers sound insulation ·        Provides UV protection ·        Maintains integrity even when cracked Installation Considerations Proper installation is crucial for the functionality and safety of walk-on roof lights. You should consider several factors during the installation process. Structural Support Before installation, it is essential to assess the structural integrity of the roof. The supporting framework must be capable of bearing the additional weight of the roof light and any potential foot traffic. Weatherproofing To prevent leaks and water damage, install walk-on roof lights with effective weatherproofing measures. The roof covering plays a crucial role in this process by applying weatherproofing materials to the upstand’s side as part of the overall flat roof construction. This includes using appropriate sealants and ensuring proper drainage systems are in place. Compliance with Regulations Local building codes and regulations dictate the standards for installation. It is vital to ensure that all installations comply with these regulations to avoid legal issues and ensure safety. Benefits of Walk-On Roof Lights Integrating walk-on roof lights into architectural designs offers numerous benefits. These advantages extend beyond aesthetics and can significantly enhance the functionality of a space. Enhanced Natural Light One of the primary benefits of walk-on roof lights is their ability to allow natural daylight to enter a building. This can create a more inviting and pleasant atmosphere while reducing the need for artificial lighting. Improved Energy Efficiency By maximising natural light, walk-on roof lights can contribute to energy savings. Buildings that utilise natural light can reduce their reliance on artifical lighting, leading to lower energy bills. Versatility in Design Walk-on roof lights provide architects and designers with the flexibility to create unique and innovative spaces. Choosing the Right Walk-On Roof Light Selecting the appropriate walk-on roof light for a specific application requires careful consideration of various factors. Assessing Foot Traffic Understanding the expected foot traffic in the area, such as a roof terrace, is crucial. High-traffic areas require more robust roof lights, whereas infrequently accessed spaces may utilise lighter options. Aesthetic Preferences

When considering home improvements, particularly regarding window installation, homeowners often encounter the term “argon gas.” This non-toxic, colourless gas plays a crucial role in enhancing the energy efficiency of windows. Wondering what is argon gas? In this blog post, we will explore the properties of it, its applications in window technology, and the benefits it brings to homeowners seeking to reduce energy costs and improve comfort in their home. What Is It? Argon is non-reactive, odourless, and colourless gas, making it an ideal choice for various applications. The unique properties of this gas, which constitutes approximately 1% by volume of Earth’s atmosphere, allow it to serve as an effective insulator, particularly in double and triple-glazed windows. The Characteristics Non-Toxic Argon poses no health risks to humans or the environment, making it a safe choice for residential use. Low Thermal Conductivity It is less effective at conducting heat, which enhances thermal insulation in windows. Argon as a Noble Gas Argon, symbolised as Ar, is a fascinating chemical element belonging to the noble gases group. Discovered in 1894 by Scottish chemist William Ramsay and English chemist Morris Travers, argon was isolated from air through fractional distillation. The name “argon” comes from the Greek word “argos,” meaning “inactive” or “lazy,” reflecting its non-reactive nature. As the third most abundant gas in the Earth’s atmosphere, argon constitutes just under 1% of the air we breathe. Additionally, you can find it in trace amounts within natural gas and oil deposits, making it readily available for various applications. The Production The production of this gas primarily involves the fractional distillation of liquefied air. This process entails cooling air to very low temperatures, causing its constituent gases to separate based on their boiling points. Argon is then collected and purified to achieve high-quality gas suitable for various uses. Another method of producing this gas is through the electrolysis of molten sodium chloride, where we obtain argon as a byproduct. The Role of Argon in Window Construction Argon gas is primarily used to fill the space between the panes of double and triple-glazed windows. This process, known as gas filling, significantly improves the thermal performance of the windows. It is also useful in various applications, including window construction, lighting, and welding. How it is Injected 1.      Preparation The window panes are sealed with a spacer, which creates a pocket for the gas. 2.     Injection The gas is pumped into the sealed space through a small opening, displacing air and preventing it from entering. 3.      Sealing Once the argon is injected, the opening is sealed to maintain the gas within the window unit. Why Choose it for Your Windows? Homeowners are increasingly opting for argon gas-filled windows due to their numerous advantages. Understanding these benefits can help in making informed decisions regarding window installations. Energy Efficiency Windows filled with argon gas significantly reduce the amount of heat that escapes during colder months. This enhanced insulation translates to lower heating costs and increased comfort. Soundproofing Qualities It also acts as a sound barrier. Its density helps to dampen noise, making it a great choice for homes located in busy or noisy areas. Is Argon Gas Safe? One of the most commonly asked questions about this gas is its safety. Given its non-toxic nature, homeowners can rest assured that argon poses no health risks. Environmental Impact Argon is a naturally occurring gas that dissipates quickly in well-ventilated areas. If a window seal fails and argon escapes, it does not harm the environment or the inhabitants of the home. Handling and Installation During installation, professionals take the necessary precautions to ensure that the gas remains contained within the window units. Homeowners do not need to worry about exposure during or after installation. Argon vs. Krypton Gas While the most common use for argon is gas for window insulation, krypton gas is another option that some homeowners may consider. Differences in Properties Density Krypton is denser than argon, which allows it to provide superior insulation, especially in smaller spaces between panes. Cost Krypton is more expensive than argon, making it less popular among homeowners looking for cost-effective solutions. How Long Does It Last in Windows? The longevity of it in windows largely depends on the quality of the window units and the installation process. Expected Lifespan High-quality argon-filled windows can retain their gas for 20 years or more. However, some gradual leakage is normal over time. Signs of Gas Loss Homeowners may notice condensation or frost forming between the panes, indicating that the gas has escaped. Regular inspections can help identify these issues early. Modern Glazed Units Argon gas is an essential component of modern window technology, offering homeowners numerous benefits, including enhanced energy efficiency, soundproofing, and safety. At Performance Glass, we fill all our glass units with argon gas. This is great for enhancing insulation and energy efficiency for superior thermal performance in every product. Whether you need high-performance acoustic solutions or custom large-scale sizes, we have the glass solution for you. Want to find out more? Email us today on theteam@performanceglass.co.uk.

Toughened glass, often referred to as safety glass, is renowned for its strength and durability. Unlike regular glass, tempered glass undergoes a rigorous manufacturing process that enhances its resilience, making it a popular choice in various applications, from windows to roof lanterns and more. However, a common question often arises: can toughened glass be cut? This blog post will talk you through the properties of tempered glass, the manufacturing process, and the implications of cutting or drilling it. Specifically, we will address why it is not feasible to cut toughened glass without compromising its structural integrity and safety features. What is Toughened Glass? Toughened glass is created through a specialised thermal process that significantly increases its strength compared to standard glass. This process involves heating the glass to high temperatures and then rapidly cooling it, creating internal stresses that enhance its durability. Tempered glass is known for its strength making it particularly valuable in situations where resistance to breakage and potential injury is a priority, such as in glass doors and windows, shower screens, and commercial buildings. Understanding Toughened Glass Tempered glass, also known as toughened glass, is a type of safety glass that has been treated to significantly enhance its strength and durability. The tempering process involves heating the glass to a high temperature, typically around 700°C, and then rapidly cooling it. This rapid cooling creates internal stresses within the glass, which are responsible for its increased strength and resistance to impact. The tempering process not only makes the glass much stronger than standard glass but also alters the way it breaks. Instead of shattering into sharp, jagged pieces, tempered glass breaks into small, blunt fragments, reducing the risk of injury. This safety feature makes tempered glass an ideal choice for applications where both strength and safety are paramount, such as in glass doors, shower screens and commercial buildings. The Tempering Process 1.     Heating The heated glass is brought to approximately 700°C. This step is crucial as it prepares the glass for the toughening process. 2.     Cooling After heating, cold air is applied quickly to the glass, causing the outer surface to cool rapidly while the inner part remains hot. This temperature difference creates tension within the glass. 3.     Final Product The result is a glass panel that is four to five times stronger than its non-toughened counterpart. In the event of breaking, toughened glass shatters into small, blunt pieces, reducing the risk of injury. Properties of Toughened Glass Strength – Its increased strength makes it ideal for high-impact applications. Safety – The way it breaks into small pieces minimises the risk of severe injuries. Thermal Resistance – Toughened glass can withstand high temperatures, making it suitable for various environments. Can Toughened Glass Be Cut? The straightforward answer is no; once toughened glass has completed its manufacturing process, it cannot be cut, drilled, or altered. Attempting to do so will cause the glass to shatter. Challenges of Cutting Toughened Glass Cutting tempered glass presents significant challenges due to the internal stresses introduced during the tempering process. These stresses make the glass exceptionally strong and resistant to cutting or any form of manipulation. When an attempt is made to cut or drill toughened glass, the internal stress is disrupted, often causing the glass to shatter into small, blunt pieces. The difficulty in cutting tempered glass means that glaziers must use specialised tools and techniques to handle it. Even with these tools, the risk of the glass cracking or shattering remains high if not handled with extreme care. The tempering process makes the glass prone to sudden breakage when its structural integrity is compromised, which is why cutting this type of glass is generally not recommended once it has been tempered. Ideal Preparation Before Toughening Before undergoing the toughening process, glass must be accurately cut and shaped. This is crucial for ensuring that the final product meets specific design requirements. It is important to consult specialists early in the project for shaped glass units to ensure the glass can be designed and cut to the desired size and shape. Here’s how the process typically works: 1.     Initial Cutting The glass is cut to the desired dimensions before it enters the toughening furnace. 2.     Shaping Any necessary shapes must be created at this stage. 3.     Toughening Once the glass is shaped, it is placed in the furnace for the toughening process. Common Uses of Toughened Glass Doors and Windows Tempered or toughened glass is widely used in both residential and commercial buildings for doors and windows. Its strength and shatter-resistant properties make it ideal for areas where there is a higher risk of impact, such as entryways, sliding patio doors, or large windows. In these applications, it offers both safety and security without sacrificing visual clarity or aesthetics. Shower Enclosures In bathrooms, toughened glass is the standard material for shower screens and enclosures. It is well-suited for these environments because it can withstand moisture and temperature fluctuations, resisting the thermal stresses from hot water and steam. Additionally, its smooth surface is easy to clean, maintaining hygiene and longevity in wet areas. Glass Railings Toughened glass is also popular in glass balustrades and railings used in balconies, staircases, and terraces. Here, the glass serves as a safety barrier while providing a sleek, modern look that enhances the design without obstructing views. In these applications, the glass is often paired with stainless steel or other materials for additional structural support. Partition Walls Toughened glass is used in office partition walls and dividers to create transparent or frosted barriers between spaces. It ensures safety in high-traffic areas while offering a soundproof and visually appealing solution for open-plan designs. Furniture Items like glass tabletops, shelves, and cabinet doors often incorporate toughened glass to ensure durability and resistance to breakage in daily use. Its strength makes it perfect for load-bearing surfaces, adding a refined touch to home or office furniture. Public and Commercial Spaces Toughened glass is integral to storefronts, shopping malls, train stations and airports