Triple28

The configuration of Triple28 is built around a three-pane system with a total build-up constrained within 28mm, requiring a rebalancing of cavity spacing and material distribution compared to traditional 36–44mm triple-glazed units. At the centre of the design is a fully glass monolithic core, removing intermediate plastic components typically used in spacer or support structures. This not only improves recyclability but also optimises internal rigidity while maintaining a reduced overall weight.

Thermally, the unit delivers a U-value of 0.8 W/m²K, achieved through a combination of narrow cavities, advanced coatings, and gas filling strategies. This level of performance allows installers to meet stricter energy-efficiency requirements without transitioning to deeper or reinforced window systems. Clayton Glass highlights that, in real-world applications, this can result in up to 90% improvement in heat retention compared to legacy double-glazed units, particularly in older properties with outdated glazing.

Weight has been a critical engineering constraint. Traditional triple glazing often increases load significantly, requiring stronger hinges and frames. Triple28, however, is designed to be only marginally heavier than a standard double-glazed unit, ensuring compatibility with existing hardware and avoiding additional structural adjustments during installation.

The product also includes a laminated glass option, which integrates an interlayer for enhanced acoustic dampening and impact resistance. This makes it suitable for urban environments where both thermal and sound insulation are key performance criteria.

According to Managing Director Ryan Green, the innovation lies not just in performance, but in removing the retrofit barrier, allowing installers to upgrade glazing units independently of the window frame. This creates a cost-effective pathway for improving building envelopes without the disruption of full window replacement, particularly relevant for large-scale renovation projects.

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The foyer, café, and circulation areas feature floor-to-ceiling curtain walls, creating a transparent envelope that visually connects interior life with the adjacent square. These glazed surfaces maximize daylight penetration, enhance the sense of openness, and turn the theatre into a luminous landmark at night. Technical considerations include high-performance double or triple glazing, low-emissivity coatings, and thermally broken aluminum frames to ensure energy efficiency, solar control, and acoustic comfort.

In contrast, the performance hall, backstage, and service areas are enclosed behind opaque panels, ensuring privacy, controlled lighting, and sound insulation. The careful rhythm of solid and glazed surfaces articulates the building’s functions and provides a clear architectural hierarchy.

Structurally, the theatre employs a beam-free 9 × 18 m reinforced concrete span, enabling uninterrupted interior volumes and expansive glazing without secondary supports. Fenestration varies strategically: large-format transparent walls in public zones, narrower windows in private areas, and occasional accent openings to frame views. The material palette, glass, anthracite metal frames, rustic wood, and white surfaces, creates contrast, warmth, and visual clarity.

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Developed by Glaston Corporation, a global leader in glass processing technologies, the new IG Line is engineered to produce double and triple glazed sealed units with unmatched speed and precision. A complete insulating glass unit can now be manufactured in just over 60 seconds. This capability not only streamlines production but ensures the consistent quality required in today’s demanding construction and fenestration sectors.

The decision to invest in this technology reflects Premier DGU’s strategic focus on innovation and sustainability. As the demand for high-performance glazing continues to grow, particularly for triple glazing, which offers enhanced thermal performance and energy efficiency, Premier DGU is positioning itself to meet future market needs head-on.

This advancement also strengthens the role of United Glass Group, Premier DGU’s parent company, in shaping the future of UK glazing. By embracing cutting-edge machinery, the group reinforces its reputation as a key player in the delivery of reliable, high-quality, and energy-efficient glass solutions.

Premier DGU’s adoption of Glaston’s automated triple glaze line is not just a technical upgrade, it’s a clear signal of leadership in a rapidly evolving industry where performance, speed, and sustainability are paramount.

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In the pursuit of higher energy efficiency standards for windows and doors, the demand for advanced solutions is escalating. Thermoseal Group’s Sales Director, Mark Hickox, emphasizes the urgency of exploring volume triple glazing production, as we stand on the cusp of a low-carbon future.

Regulatory Landscape: Stricter Standards Ahead

In the current landscape, Building Regulations mandate U-values of 1.2W/m2K for windows and doors in newbuild properties (with >60% glazing area). This stringent criterion extends to extensions on existing properties. Replacement windows, meanwhile, must achieve a U-value of 1.4W/m2K. Anticipating a more dramatic shift, the industry braces for tighter regulations in 2025.

Future Homes Standard: A Pivotal Shift in 2025

The impending Future Homes Standard, effective from 2025, seeks to reduce carbon emissions in new homes by 75%-80%. With this, the expected U-value for windows in newbuilds could plunge to 0.8W/m2K or lower. While not yet applicable to replacement windows, it signals a clear trajectory towards heightened performance expectations.

Triple Glazing: A Proactive Investment for Tomorrow

Recognizing the need for proactive measures, Thermoseal Group is investing in the capability to manufacture and distribute diverse spacer widths, corner keys, and desiccants to accommodate triple glazing units (TGUs) of varying sizes. As an industry frontrunner, Thermobar, the preferred warm edge spacer bar, is undergoing expansion in response to the imminent surge in demand.

Beyond Thermobar: Diversified Investments

Thermoseal Group’s commitment extends to other essential components. The Thermoflex flexible spacer bar line, fortified with a third twin-strand extruder, is gearing up to meet diverse thicknesses and air spaces, reinforcing its position as an efficient and agile solution for sealed units.

The Urgency of Adaptation: Conversations with Industry Partners

Thermoseal Group is actively engaging with its partners, urging them to initiate operational changes. Recognizing that equipment acquisition and procedural adaptations take time, the company emphasizes the critical role of early preparedness.

Energy Efficiency at the Core: A Non-Negotiable Priority

For Thermoseal Group, energy efficiency is not an afterthought but a fundamental element ingrained in its DNA. Through sustained investments in green energy, recycling facilities, and sustainable practices in manufacturing and distribution, Thermoseal Group is not merely prepared for a low-carbon future—it is leading the way. Join on this journey towards a sustainable tomorrow.

Source: Thermoseal with additional information added by GlassBalkan

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