Insulating Glass Technology
News
Forel “Residential” insulating glass line is a compact, reliable solution for glazing producers who serve the residential sector above all, which allows them to offer their customers a specific, high-performance product.
Mr. Atte Kuusisto has been chosen to succeed Jukka Manner.
LiSEC and Nobento have been collaborating since the Italian company was founded.
Sparklike company and product information
On 04.04.2022 the construction work for the extension of the Engineering Centre at LiSEC has started.
The Fenestration and Glazing Industry Alliance (FGIA) will host a webinar entitled “Gas Filling of Insulating Glass Units, Part 1” on Tuesday, January 18 at 11:30 a.m. Eastern.
More information about LiSEC's fully automated stationary sorting system consisting of a glass transport shuttle (SHL, SHL-VH) and sorting magazine (ASM) can be obtained in this video.
LiSEC.prdCrtl brings production control to mobile devices. The LiSEC production control app covers three areas: production feedback, transport rack management and delivery picking. Find out more in this video.
Find out more about combiFIN - the machine from Schraml for the vertical processing of medium-sized glass formats - in today's video.
All important information about the VSA-A, LiSEC's machine for the application of spacers, can be seen in this video.
Learn more about the benefits of the LiSEC software perfectscan in today’s video.
In today's video, LiSEC's experts present you some highlights of the LiSEC loading and cutting systems.
The ever increasing amount of data makes administration and meaningful analysis a challenge. With reporter LiSEC offers a simple solution to create own analyses and reports. Learn more in the video.
Ennio is 16 years old and walks briskly on the damp sidewalk towards via Cesare Battisti, in Seregno.
Find out more about the LiSEC Rigid Spacer Line in today’s highlight interview with one of our experts.
Articles
After seaming, grinding glass edges is another important work step in glass edge processing. The process is primarily used to remove overbreaks and underbreaks at the edges and to process the glass sheets to size.
In glass edge processing, cutting the glass sheet is directly followed by the seaming process. Fully unprocessed glass edges exhibit overbreaks and underbreaks, conchoidal fractures, as well as micro-cracks along the broken edge.
In glass edge processing, the requirements for the finished components can vary greatly depending on the location and purpose.
There are parts of the window inside the glass that play a crucial role in its performance.
Five commercial glazing system analysis and a project study show the advantages of using Insulated Glass Unit (IGU) edges to mechanically attach glass to buildings.
UNStudio made a beautiful design for the C&A building with a lots of glass elements to connect with the buildings around.
The present work uses non-linear material laws for FEA and exhibits the behavior of the sealant joint in various load scenarios on several projects.
This paper focusses on the special glass part of the façade.
The new LiSEC glass edge deletion machines are equipped with improved sensor technology. This measures with greater precision and therefore guarantees constantly high finishing quality of the glass edges.
This case study describes the façade performance of the 2nd tallest building in China, the Ping An International Finance Center (Ping An IFC), located in the city of Shenzhen.
In this paper the mechanical and application properties of Sikaflex®-268, a high performance polyurethane adhesive are presented and compared to Sikasil® SG-500, a typical silicone adhesive used for structural glazing applications in facades.
The structural sealant glazing (SSG) system was adopted in numerous skyscrapers glass facades since the mid 1980’s in Japan.
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