PHPD visits TuffX, a Merseyside firm with a well-deserved reputation for being a ‘glass’ act.

There are some manufacturers that simply make products and then there are those that are experts in the field and, when it comes to glazing, TuffX is very much in the latter category. With more than 20 years of experience and counting, the company has become a master in the art of glass and has utilised that knowledge to diversify and develop an extensive range of products successfully.

Thanks to an R&D department that collaborates with the world’s largest glass makers, TuffX enjoys an established position as one of the industry’s leading innovators. That’s illustrated in its contribution to the conservatory sector, where the Merseyside-based firm found a gap in the market in offering glass as an alternative to the polycarbonate that had hitherto been fitted in conservatory roofs.

As a plastic, it’s noisy when it rains, too hot in the summer, cold in the winter and far from aesthetically pleasing. “We introduced solar control glass that reflects heat,” explains TuffX Commercial Director, Paul Higgins. “It was a first in conservatories and it made the space more liveable in the warmer months. By also adding a low emissivity coating to keep the heat in, and self-cleaning properties, we eliminated many of the problems that were associated with a conservatory.”

Since then, the development of different glass coatings has resulted in a range of tints and colours, whilst TuffX is the only manufacturer that supplies panes of up to 4 metres, which eliminates the need for a potentially leaky muntin bar. These advances in modern glazing technology have made it possible to construct conservatories with less reliance on dwarf walls.

“Rather than rely on the fabrication market the brief for the Infinity concept from the outset was to produce a finished product that’s simplicity itself to fit,” continues Paul. “Instead of a frame supplied from one manufacturer, the glass from another and then a separate box of components, ours is a fully encapsulated solution. Builders love it because it’s basically a 15-minute install. There is, in fact, just four steps and one of them is taking off the packaging.”

Indeed, Infinity has won so many fans in the housebuilding market precisely because of that versatility. Uniquely, from just one profile multiple variants can be supplied. Whether it’s a choice of double or triple glazing, fire rated roof lights, walk-on units – or virtually any other type of glass – a builder can specify the Infinity rooflight for them. “It’s effectively a hybrid system,” Paul enthuses, “where framed, frameless, opening or fixed, are joined by further options that allow a rooflight to be customised for the space.”

A walk around the manufacturer’s substantial production facility provides some insight into the distance TuffX has travelled in a short space of time. Three giant furnaces produce the enhanced properties of toughened glass, where the material is heated to over 700°C, and then rapidly cooled. Once it has been exposed to those stresses, if it does break, the glass will do so in small pieces rather than sharp shards, reducing the chance of injury to anyone in the vicinity. Giant 6x5m sheets of glass are manoeuvred, cut and polished by expert operatives whilst the Infinity roof lights and lanterns are fabricated by hand.

“We have the capacity to get really technical with glass,” Paul explains as he provides a guided tour of a production plant that operates 24/7. “We’re involved in developing advanced coatings. We make solar control glass that’s as clear as its conventional counterpart, but absorbs 70% of solar gain. Tuffx was also the first manufacturer in the world to introduce low-carbon glass, which has been expertly designed without any compromises regarding quality and performance. Offering exactly the same aesthetics as regular clear glass, the products contain 64% recycled content and are manufactured using renewable electricity throughout the production process. Speaking on these quality features, Paul explains that with them

“SME developers can introduce that added value into their new builds.” “At the same time, everything is made to order so, if the opening made in the roof is not a standard size, we can provide a rooflight to match, and we can deliver it with greatly reduced lead times.

Beautiful bespoke effects can also be created with high-definition images screen printed onto glass.”

The TuffX fixed rooflights are manufactured with Clear Toughened Safety Glass as standard with a U-Value 1.2 w/m2. The roof window glass is glazed into an Anthracite Grey (RAL 7016) powder coated aluminium thermally broken frame. The Infinity roof lantern is equally installer friendly. There’s no cutting or silicone required, and the 24mm double glazing can be fitted in seconds. The result is a thermally efficient end-product with no cold bridging and U-Values from 1.2w/m2K.

One of the most recent products to be added to the TuffX portfolio is a genuinely unique technology.

GLOW is a thermostatically controlled heated glass that provides warmth in the room and is a sustainable alternative to traditional radiator or underfloor heating systems. Heated glass also dramatically reduces condensation, preserving uninterrupted views and potentially contributing to a healthier indoor environment. This innovative solution works on the basis of invisible and intelligent coatings that prevent heat from escaping.

Glass has been with us for thousands of years, and the northwest of England has long been synonymous with its manufacturing. It is a testament to TuffX that it is still finding new applications for the material, and techniques and technologies that will enhance it properties.

WANT TO KNOW MORE?

For more information go to www.rdr.link/dbc023

The post A visit to TuffX appeared first on PHPD Online.

Offering stylish showering glass solutions for modern, minimalist bathrooms, Crosswater’s Asura range comprises 8mm safety glass enclosures to suit every space.

The recessed, corner, and quadrant shower glass enclosures are available with sliding, hinged, or infold doors, and a Hinged Bath Screen. Fusing practical and aesthetic appeal, such as frameless design, soft-close sliders, stainless steel frame construction, and concealed hinges, Asura promises a luxurious, contemporary showering solution for every bathroom.

The post Crosswater’s Asura range appeared first on PHPD Online.

Here, Paul Higgins, commercial Director at tuffx, explains more about how glazing has now become a critical factor in the energy performance of buildings and explores innovative products designed to meet every sustainability and efficiency need.

Looking to the future
As the UK moves towards the ambitious Future Homes Standard (FHS), the construction industry is under increasing pressure to adopt technologies that reduce carbon emissions and improve energy efficiency. By 2025, all new homes will be required to produce 75- 80% less carbon than those built under current regulations.

The FHS is designed to ensure that new homes are zero-carbon-ready and equipped for a low-energy future. This involves not just efficient insulation and renewable energy sources but also intelligent materials that enhance the aesthetics and functionality of homes. Glass, often considered a design element, is now a critical factor in the energy performance of buildings.

As the housebuilding industry moves through these pivotal changes and prepares for future requirements, now is the time to explore glazing options specifically designed to be future-focused.

Multifunctional solutions
Glass is set to play a significant role in helping housebuilders and developers to meet the stringent new standards. One product innovation addressing the regulations and the need to deliver thermal comfort is heated glass for bi-fold doors. A direct replacement for traditional, primary heat sources, this integrated and invisible heating glass solution radiates warmth into the home.

Tuffx’s Future Homes Standard ready Glow-heated glass comprises a sealed unit layered with an intelligent conductive coating that is electrically heated to convert electric power into radiant heat yet has no visible trace of a heating system inside. The coatings used are completely undetectable, so from a homeowner’s perspective, the glass will look the same as in any other bi-fold door. An energy-efficient solution, the glass units are also thermostatically controlled, creating ambient temperatures perfect for installation within aluminium bi-folding door systems.

The glass surface temperatures reach 35-40°C, which are controlled via a wallmounted thermostat, allowing Glow to become the primary heat source. This also enhances interior floorplan and layout opportunities as it frees up wall space where traditional radiators would typically need to be placed. This radiant heat technology has an average hourly cost of around 9p per bi-fold door, so, for example, a three-door bi-fold configuration running for five hours per day will cost around £1.35 (based on an electricity cost of 25p/kWh).

From an aesthetic and maintenance point of view, heated glass dramatically reduces condensation, preserving uninterrupted views and potentially contributing to a healthier indoor environment. It also prevents mould or mildew growth and leads to clearer windows, which benefits those with respiratory issues. It also helps preserve the penetration of natural light, allowing homeowners to feel the full benefit of natural light pouring into the property.

For ease of sequencing, as heated glass units are glazed similarly to conventional double-glazed units, installation is as standard. The electrical connections need to be carried out by a qualified electrician directly into the properties’ 240v mains supply. Another key benefit is minimal maintenance. It’s a hassle-free heating solution when compared to a traditional radiator or underfloor heating system, which requires regular balancing and servicing. As mentioned, transforming the bi-fold into the primary heat source removes the need for wall-hung heat emitters, freeing up space and enhancing those all important interior layout opportunities.

Sustainable low-carbon glass
One of the steps to decarbonising the glass industry is low-carbon glass, which is created with reduced carbon emissions involved in the manufacturing process. When used in windows, facades, or glazed areas, low-carbon glass supports the overall energy performance of homes, reducing operational carbon emissions over the lifetime of the building.

This glass, produced with lower energy consumption and fewer carbonintensive materials, contributes to a building’s overall embedded carbon – from construction to operation. The raw materials required to create low-carbon glass are also sourced with sustainability in mind, further reducing the environmental impact of production.

This innovative glass also offers superior insulation properties, preventing heat loss during winter and reducing the need for air conditioning in summer, further cutting energy use. Designed to withstand the test of time, low-carbon glass also reduces the frequency of replacement regardless of external factors like weather, temperature fluctuations, or normal wear and tear. As a result, this superior-quality solution has a longer lifecycle, lessening the need for maintenance tasks like cleaning and repairs, as well as the environmental burden of replacement.

Tuffx was the first manufacturer in the world to introduce low-carbon glass, which has been expertly designed without any compromises regarding quality and performance. Offering exactly the same aesthetics as the regular clear glass, the products contain 64% recycled content and manufactured using renewable electricity throughout the production process. This results in just 6.64kg CO2 content (equivalent m2 for 4mm of low carbon glass) and 42% less carbon footprint when compared with standard glass production.

The post How glazing has now become a critical factor in energy performance appeared first on PHPD Online.