Source: Eastman with additional information added by GlassBalkan

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This strategic move is set to enhance Eastman’s supply capabilities to meet the burgeoning regional and global demand for Saflex polyvinyl butyral (PVB) products, specifically within the automotive premium market. The completion of this project is anticipated by 2026.

Meeting Growing Demand

The decision to expand in Ghent aligns with Eastman’s commitment to support the rising global demand for specialty interlayer products. According to Sabine Ketsman, division president of Eastman’s Films business, this investment will not only strengthen the company’s regional service capabilities in Europe but will also bolster its asset capabilities to meet the needs of glass laminators. The commitment to innovation is crucial as the demand for high-performance, high-quality interlayer products keeps increasing.

Eastman’s focus on automotive applications is particularly noteworthy at this juncture. As macro trends in connectivity, autonomous driving, and electrification continue to shape the industry, the demand for Eastman’s Automotive Premium products—such as Saflex Horizon Vision for head-up displays, Saflex color and solar portfolio, and new innovations like Evoca RSL for electric vehicles—grows substantially. The investment signifies a proactive approach to harness these emerging opportunities and further the company’s innovation-driven growth strategy.

Enhancing Product Offerings

Saflex interlayers, formed by laminating PVB films between two sheets of glass, play a pivotal role in enhancing both automotive and architectural glass lamination. These interlayers offer critical benefits including solar control, sound reduction, safety, security, and UV protection. As a segment of Eastman’s Advanced Materials business unit, the Films division is integral to the company’s overarching mission of delivering innovative solutions tailored to customer needs.

By expanding the Ghent facility, Eastman aims to establish itself as a leading provider of high-performance interlayer products, thereby improving service differentiation for its customers. This initiative reflects not only the current trends in the automotive market but also Eastman’s long-term vision for growth within both automotive and architectural segments.

The expansion of Eastman Chemical Company’s extrusion capabilities in Ghent is a clear indication of the company’s dedication to innovation and responsiveness to market demands. As the production of Saflex PVB interlayers ramps up, Eastman is poised to support the evolving needs of the automotive industry while also addressing architectural applications. This investment will undoubtedly enhance Eastman’s competitive edge and further solidify its position as a leader in specialty materials. The completion of this facility is eagerly anticipated, with expectations that it will foster new opportunities and advancements in both product offerings and service delivery.

Source: Eastman Chemical Company with additional information added by GlassBalkan

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Eastman Chemical Company is at the forefront of this innovation with the introduction of Saflex Evoca RSL, a groundbreaking rigid acoustic polyvinyl butyral (PVB) interlayer designed specifically for sidelite applications in electric vehicles. As the first product under the Saflex Evoca platform, this new offering promises to elevate the standards of EV glazing while addressing critical industry needs.

Innovative Design for Enhanced Performance

The Saflex Evoca RSL interlayer sets a new benchmark in acoustic performance and design flexibility. With a remarkable increase in stiffness—between 20 percent and 40 percent depending on glass thickness—this interlayer meets the evolving demands of modern automotive design without compromising on efficiency. Its enhanced rigidity makes it well-suited for frameless and flush sidelite designs, allowing original equipment manufacturers (OEMs) and glass suppliers greater creative freedom in their design processes.

As electric vehicles gain traction in the market, the importance of effective wind noise reduction has become increasingly paramount. The Saflex Evoca RSL significantly improves acoustic comfort, delivering a 2.5 dB enhancement in high-frequency noise damping above the coincidence frequency when compared to standard acoustic laminated glass. This progressive acoustic performance is essential for creating quieter cabin environments, which are particularly valued by EV consumers.

Lightweight Solutions for Greater Efficiency

One of the key advantages of Saflex Evoca RSL lies in its ability to support thinner glazing configurations. By maintaining high acoustic performance while reducing overall vehicle weight, this innovative interlayer contributes to improved driving range—a critical consideration for EV manufacturers seeking to enhance vehicle efficiency. This strategic approach is especially relevant in a market where performance, sustainability, and consumer satisfaction intersect.

Hemant Dandekar, Eastman’s global commercial director of automotive for advanced materials, interlayers, emphasizes the significance of this launch, stating, “Saflex Evoca RSL offers engineered solutions designed to elevate the standard for EVs and meet the growing demands for design flexibility without compromising on efficiency, comfort, or acoustic performance.”

Key Features and Benefits

Saflex Evoca RSL boasts a range of features that underpin its transformative potential in the EV market:

– Rigid Skin Layers: These provide additional stiffness, facilitating frameless sidelite designs while allowing for thinner glass without an increase in weight.
– High-Damping Acoustic Core Layer: This innovation compensates for thinner and asymmetric glass configurations, achieving an optimal balance between acoustic performance and glazing weight.
– Optimized Sheet Properties: With high dimensional stability and optimal de-airing performance, this interlayer streamlines the lamination process for automotive door glass.

A Commitment to Sustainability and Innovation

As the first product launched under the Saflex Evoca platform, Saflex Evoca RSL underscores Eastman’s commitment to pioneering next-generation glazing solutions for electric vehicles. By fostering design freedom and enhancing vehicle comfort and efficiency, Eastman is not only addressing the immediate needs of the automotive industry but also contributing to a more sustainable future for transportation.

In conclusion, the introduction of Saflex Evoca RSL represents a significant step forward in the evolution of electric vehicle glazing. With its innovative design features and enhanced acoustic performance, this product is poised to redefine consumer expectations while supporting the overarching goals of efficiency and sustainability in the automotive sector. Eastman’s forward-thinking approach exemplifies how the industry can balance technological advancement with environmental responsibility, ensuring a brighter future for electric vehicles.

Source:Eastman with additional information added by GlassBalkan

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The company is excited to announce a new partnership with Eastman, aimed at integrating the innovative Saflex LiteCarbon Clear interlayer into its Low-Carbon Stratobel laminated safety glass. This collaboration not only highlights the increasing demand for low-carbon products but also reinforces the commitment of both companies to reduce their carbon footprints and support sustainability objectives across various industries.

A Step Further in Sustainability

The integration of Eastman’s Saflex LiteCarbon Clear interlayer into AGC’s Low-Carbon Stratobel Glass marks a pivotal advancement in the quest to minimize the embodied carbon of laminated glass products. This new combined solution provides window manufacturers with a high-performance, sustainable option that does not compromise on quality or safety. With exceptional transparency and compliance with stringent safety standards, the product is well-suited for a variety of applications, including residential windows.

Low-Carbon Stratobel Glass: A Reduced Global Warming Potential

One of the standout features of the Saflex LiteCarbon Clear interlayer is its impressive environmental credentials. At just 0.76 mm thick, this PVB interlayer boasts a reduced Global Warming Potential (GWP) of 2.4 kilograms CO2 equivalent per square meter. This innovative product aligns seamlessly with AGC’s Low-Carbon Glass, which has a GWP of 5.5 kg CO2 equivalent per square meter for 4 millimeter float glass. The synergy between these components not only enhances the sustainability of laminated glass solutions but also offers a robust alternative for manufacturers looking to lessen their environmental impact.

Meeting Industry Demands

As the construction industry increasingly prioritizes carbon emissions reduction, this initiative comes at a crucial time. AGC Glass Europe and Eastman are providing glazing manufacturers with a timely and effective solution that addresses the urgent need to mitigate climate change while upholding high standards of performance and safety. The collaboration serves as a beacon of hope for those in the industry seeking to innovate responsibly and sustainably.

In conclusion, the partnership between AGC Glass Europe and Eastman is a testament to the power of collaboration in driving forward sustainable practices within the glass manufacturing sector. By integrating the Saflex LiteCarbon Clear interlayer with the Low-Carbon Stratobel laminated safety glass, both companies are setting a new benchmark for environmental responsibility, paving the way for a more sustainable future in construction and manufacturing. As we continue to face the challenges posed by climate change, initiatives like this remind us that progress is possible when innovation meets commitment.

Source: AGC Glass Europe  with additional information added by GlassBalkan

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Several companies highlighted advancements in energy-saving technologies. CoolTemper, for instance, unveiled its new convection tempering furnace featuring a Dynamic Quench and Dynamic Windbox system. This innovative system, already implemented at PG Glass in South Africa, boasts energy savings of 10% to 35% on quench kilowatt power usage, demonstrating significant potential for reducing operational costs and environmental impact. The ability to shut off sections of the quench as needed further optimizes energy consumption.

Beyond furnace technology, the show highlighted advancements in interlayer materials. Eastman’s Saflex LiteCarbon Clear and Kuraray’s Trosifol R3 both offer lighter-weight options, contributing to overall material efficiency and reduced transportation costs. Everlam also showcased its PVB-based interlayer, which is 20% lighter than standard alternatives and boasts improved raw material yields, aligning with a broader company commitment to a lower carbon footprint.

Embracing Circularity: Recycling and Reuse at the Forefront:

The emphasis on sustainability extended beyond energy efficiency to encompass circular economy principles. Hegla’s IG2Pieces system, prominently featured at the CircuClarity One initiative, allows for the efficient separation and reuse of glass lites, significantly reducing waste and promoting a closed-loop system. This initiative, running alongside the Glass Technology Live (GTL) showcase, highlighted numerous resource-friendly solutions, including exhibits showcasing the materials involved in glass-making and innovative uses for recycled glass.

TU Delft researchers further underscored the potential of recycled materials, presenting cast glass panels made from waste glass, suitable for façade cladding and interior partitions. This work emphasizes the industry’s growing focus on incorporating recycled content and reducing reliance on virgin materials.

The GTL showcase provided a glimpse into the future of glass technology, showcasing innovative products and educational sessions that highlight the industry’s commitment to sustainability. The inclusion of interactive exhibits, such as LandGlass Technology’s display of photovoltaic modules, further demonstrated the potential for glass to play a crucial role in renewable energy solutions.

glasstec 2024 served as a powerful demonstration of the glass industry’s commitment to sustainability. Through innovative technologies, a focus on circularity, and a collaborative spirit, the industry is actively shaping a more sustainable built environment. The innovations showcased are not just environmentally beneficial; they also offer significant cost savings and improved efficiency for manufacturers and consumers alike.

Source:GlassBalkan

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To navigate this dynamic landscape, Eastman has introduced Saflex Evoca, a groundbreaking platform that expands and enhances the existing Saflex portfolio of interlayers specifically tailored for EV applications. This strategic initiative is destined to transform automotive glazing, opening up a realm of possibilities for designers and manufacturers to create vehicles that redefine comfort, style, and efficiency.

A New Standard in Automotive Glazing

Saflex Evoca stands out as more than just a product line; it is a comprehensive framework that offers automotive glazing designers and glass suppliers an unprecedented opportunity to push the boundaries of creativity and engineering. With a range of interlayer options available, the platform addresses key aspects of vehicle performance that are paramount to modern consumers: acoustic performance, solar control, and color customization.

*Acoustic Performance: As electric vehicles become increasingly popular, consumers are drawn not only to their environmental benefits but also to their operating characteristics. One of the defining features of EVs is their quiet operation. Saflex Evoca interlayers enhance acoustic performance, effectively minimizing road noise and contributing to a more serene driving experience. This focus on sound insulation aligns with the industry’s shift towards creating interiors that prioritize calm and comfort, fostering a refined atmosphere for both drivers and passengers.

*Solar Control: With growing concerns over energy consumption and passenger comfort, the need for effective solar control solutions has never been greater. The Saflex Evoca platform incorporates advanced interlayers designed to reflect and absorb solar energy, mitigating heat build-up within the cabin. By keeping interiors cooler and more comfortable, these interlayers contribute to energy efficiency—allowing EVs to optimize their battery usage while providing passengers with a pleasant environment.

*Color Customization: With the market demanding personalization, Saflex Evoca allows for striking visual aesthetics. Automotive designers can exploit this platform’s color options to craft distinctive glass solutions that enhance the overall vehicle design. In a competitive market where differentiation is essential, the ability to customize color in glazing can set a vehicle apart and appeal to consumers looking for unique automotive experiences.

Empowering Design and Innovation

The launch of Saflex Evoca signifies a paradigm shift in how automotive glazing is approached. Designers and glass manufacturers can now harness this comprehensive suite of interlayers to engage in innovative design practices—merging functionality with aesthetic appeal. The ability to leverage Evoca’s enhancements empowers teams to create electrifying glazing solutions that not only meet but exceed consumer expectations.

Moreover, the platform serves as a key enabler for the automotive manufacturing ecosystem, from original equipment manufacturers (OEMs) to glass suppliers. By streamlining the design and manufacturing processes for EVs, Saflex Evoca aims to support the broader industry in addressing sustainability goals. As OEMs respond to consumer demand for greener vehicles, the enhancements offered by Saflex interlayers play a pivotal role in ensuring that environmental priorities do not compromise the quality of the driving experience.

Achieving Efficiency and Sustainability

In today’s automotive industry, the balancing act between performance and sustainability is more critical than ever. Saflex Evoca directly addresses this challenge by equipping glass suppliers with interlayers that enhance lamination yields—ultimately contributing to a more efficient production process. With higher yields, manufacturers can reduce waste, lower production costs, and optimize resource usage. These advancements not only enhance operational efficiencies for glass suppliers but also align with the industry’s shift towards a circular economy.

The sustainability focus doesn’t end there. Eastman remains committed to minimizing its carbon footprint throughout its manufacturing and supply chain processes. By prioritizing sustainable practices, the company not only elevates the quality of its offerings but also reinforces its commitment to the environmental goals driving the automotive industry today. Saflex Evoca stands as a testament to Eastman’s recognition that performance and sustainability can—and must—go hand in hand.

Eastman’s introduction of Saflex Evoca heralds a new era in automotive glazing for electric vehicles. With its versatile portfolio designed to enhance acoustic performance, solar control, and color customization, the platform

Source:Saflex Evoca with additional information added by GlassBalkan

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Eastman, a stalwart in the industry, reaffirms its commitment to meet the surging global demand for specialized interlayer products. By bolstering its regional service capabilities and investing in cutting-edge assets, Eastman continues its unwavering support for glass laminators seeking high-performance solutions.

Pioneering Upgrades for Future Growth

In response to both regional and global demands for Saflex polyvinyl butyral (PVB) products, Eastman proudly announces a comprehensive feasibility study. This study aims to upgrade and expand the extrusion capabilities, ensuring the production of top-notch interlayers in Europe. These initiatives represent Eastman’s dedication to driving quality, reliability, and exceptional services for our valued Automotive and Architectural partners.

Innovation Fuels Tomorrow’s Solutions

Sabine Ketsman, the visionary Division President of Films at Eastman, expressed the company’s enthusiasm: “We are thrilled to explore avenues to fortify our Eastman asset footprint, ensuring consistent high quality and reliability for our Automotive and Architectural clients. Moreover, we aim to leverage Eastman’s innovation prowess to bolster our partners, supporting their growth aspirations and steering them toward sustainable solutions. This initiative aligns seamlessly with the ever-changing trends in Automotive and Building & Construction sectors.”

Stay tuned as Eastman embarks on this transformative journey, revolutionizing interlayer technology and empowering the future of Automotive and Architectural excellence.

Source: Eastman  with additional information added by GlassBalkan

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Eastman, a leading global company, has earned a prestigious spot on Forbes’ Net Zero Leaders list, a compilation of the top 100 U.S. public companies committed to reducing greenhouse gas emissions and achieving carbon neutrality by 2050. With a relentless focus on sustainability, Eastman continues to revolutionize industries through innovative solutions.

Mark Costa, Eastman’s esteemed board chair and CEO, emphasizes the company’s unwavering belief in finding solutions to the world’s pressing challenges. By creating sustainable materials and embracing a purpose-driven approach, Eastman strives to make a lasting impact. Their strategy encompasses carbon neutrality, circularity, and societal well-being, guiding their actions towards a brighter future.

Out of thousands of companies evaluated, Eastman secured an impressive 46th position on the Forbes list. This recognition highlights their exceptional commitment to sustainability. The rankings are based on comprehensive data provided by respected research providers Sustainalytics and Morningstar, considering various factors such as industry context, location, collaboration with partners, risk assessment, governance, strategy, and goal metrics.

As Eastman solidifies its position as a Net Zero Leader, the company continues to collaborate with stakeholders, including power suppliers, customers, and vendors, to foster a sustainable ecosystem. Their dedication and tireless efforts underscore their commitment to driving positive change.

Stay tuned as Eastman pioneers new frontiers in sustainability, spearheading the transition towards a greener and more sustainable world.

Source: Eastman with additional information added by GlassBalkan

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