Insulating Glass Technology
News
Viridian Glass is future-proofing its production with LiSEC’s advanced automation solutions.
Thermoseal Group’s Sales Director, Mark Hickox, explains why having an in-house lab is vital to the component manufacturer’s success.
After a six-year break, the LiSEC Technology Days took place again in Bad Arolsen, Germany, on 25th and 26th June 2025.
Learn how to get the most accurate results with Sparklike Laser devices for non-invasive IGU gas concentration measurement.
Proposed standard ensures consistent evaluation of edge effects when sealants contact glass interlayers.
A great opportunity to explore the future of flat glass automation
The Glass and Glazing Federation’s (GGF) North West and North Wales regional meeting took place on Tuesday, 8th July, marking an exceptionally busy yet highly productive day.
Architectural expression through structure and light is at the heart of this project, brought to life with SILVERSTAR SELEKT 74/42 by Glas Trösch.
For newcomers and those looking to refresh their knowledge, LiSEC has compiled the most frequently asked questions from its TPA training course.
Sparklike launched the 2025 trade fair season with key appearances at China Glass 2025 in Beijing and Glass Performance Days in Tampere.
The MyLiSEC customer portal offers a comprehensive and exclusive range of information and services relating to your LiSEC machines and software.
Unlock the potential of your existing machines with our innovative retrofits. These five features allow you to benefit from our continuous development and make the LiSEC machines in your machine park future-proof.
Glaston proudly welcomed the global glass community on a series of exclusive demo tours at its facilities in Tampere, Finland, as part of GPD 2025.
Two strong companies that are committed to innovation: Gerresheimer and HORN Glass Industries AG rely on state-of-the-art glass melting furnace for enhanced efficiency and sustainability.
Automatic cutting and breaking of Low-E and solar control glass
Articles
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.
Robots are finding their way into the flat glass industry, improving not only process reliability but also product quality. But where exactly are they being used and what specific advantages do they offer?
The current paper compares experimental results obtained at different scales (from TAjoints to large scale 914mm by 1524mm) with the predictions of the analytical equations and FEA.
Modern free form glass architecture has become increasingly popular in the structural sealant glazing application, as demonstrated by many iconic building projects, such as Allianz tower in Milan.
This paper presents the initial results of a seismic study of silicone bonded glass curtain wall systems, combining both finite element analysis and experimental validation.
This paper seeks to understand the outstanding questions around the potential carbon consequences and benefits of using insulating glass units (IGU) in facades.
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