Insulating Glass Technology
News
LiSEC is meeting challenges and emerging trends with innovative concepts and custom solutions.
Sparklike Laser Integrated™ is a fully automated, non-destructive gas measurement system designed to be integrated directly into insulating glass (IG) production lines.
Thermoseal Group boosts efficiency and export readiness with a new automated banding and collating machine for its Thermobar spacer bars.
Forel introduces a new manufacturing solution for Triple Thin IGUs with Flexible Spacer, combining advanced automation, precision, and efficiency for next-generation insulating glass production.
On 6 and 7 November, LiSEC welcomed more than 60 customers from Central and Eastern Europe and the Commonwealth of Independent States (CIS) region to Seitenstetten.
The 2025 edition of GlassBuild America has concluded in Orlando, marking a record-breaking year for North America’s leading glass industry exhibition, which welcomed the highest number of exhibitors and visitors to date.
Sparklike continues to strengthen its global presence, connecting with industry professionals and showcasing its innovative gas measurement solutions for insulating glass (IGU) quality assurance.
From the GlassBuild 2025 show floor in Orlando, Forel & Quanex are highlighting the innovative collaboration that is bringing automation and spacer performance to the next level.
New model FG for fast grinding and simultaneous edge seaming.
Visitors can find the Forel team at Booth #18085 (South Building), where they will share the latest updates on Forel’s advanced glass processing technologies, 100% Made in Italy.
At GlassBuild America 2025, Glaston showcases its latest innovations in glass processing, emphasizing smart automation, energy efficiency, and production flexibility.
Thermoseal Group has confirmed its sponsorship of the 2025 G-Awards, celebrating excellence in the glass and glazing industry. The event is set to take place on the 28th of November at the London Hilton on Park Lane.
At Vitrum 2025, Forel showcased new technologies and solutions that push the boundaries of innovation and efficiency in glass processing.
The quality and durability of insulating glass units (IGUs) rely on precise manufacturing processes, especially when it comes to gas fill levels and leakage rates.
Thermoseal Group has been announced as a finalist in the Component Supplier of the Year category at the 2025 G-Awards, underlining its reputation as one of the UK’s most advanced insulated glass component manufacturers.
LiSEC has been named ‘Austria's Best Managed Company 2025’. This competition was organised by Deloitte Austria, Raiffeisen Landesbank Niederösterreich-Wien and the business magazine trend.
Articles
In this sixth episode, the focus is on how to assemble and gas-fill IG units synchronously.
In this fifth episode, the focus is on how the new TPS® PRO Applicator achieves up to 15% higher yield.
How do you move glass plates without a single scratch?
By Errol Bull, P.E., CSI, an Application Development Leader at Momentive Performance Materials Inc. Member: IIBEC, ASTM C24, ISO TC59/SC8
Discover how TPS® boosts IGU longevity and energy performance in this Glastory blog and download the presentation.
In this paper, the behaviour of various Insulating Glass Units (IGUs) is examined under the influence of quasi-static uniform wind pressure and weather actions.
In this latest Glastory blog, Uwe Risle explains why thin triple IG units are gaining popularity and what the key differences are between thin triple IGUs and other insulating glass types.
Structural sealant glazing systems are increasingly used in transparent glass constructions, but designing bonded joints still relies on outdated safety concepts, despite recent research proving the reliability of hyperelastic silicone bonds.
A Composite Approach in the Design of Glass-Aluminium Facades to Minimise Embodied Carbon Emissions
The purpose of this study is to investigate the stress distribution along the sealant joint of a cylindrically curved glass panel subjected to wind pressure and to establish if the panel curvature influences the stress distribution along the joint length.
This paper is concerned with the design of a load-bearing adhesive joint for use in a fluid-filled insulating glass unit.
This paper evaluates the thermal performance of a triple-glazed glass window filled with a phase-change material (PCM) compared to the performance of a traditional triple-glazed window with air gaps.
