Ultra-lightweight temporary building at Tensinet Symposium 2019 realized in composite materials.

TOP GLASS Industries participated to the 6th Tensinet Symposium 2019 which took place from the 3rd to the 5th of June at the University Politecnico di Milano.
The principal project realized for the Tensinet Symposium was the TemporActive pavilion.

TRIGLASS® I-beams for the construction of a wharf at the MEMORIAL ACTe on Guadalupe island

We have supplied composite I-beams for the construction of two wharf on the sea for the important structure MEMORIAL ACTe on Guadalupe Island.

Certificate of compliance for TRIGLASS® GRP- cable trays system for the railway industries

A new Certificate of Compliance for our GRP cable trays demonstrates that our product and the management systems are suitable for use in the railway industries .

4 reasons why Composites are replacing other materials

In the last years, composite profiles are replacing traditional materials like aluminum and steel because of their unique characteristics that make them an ideal solution for engineers, technicians and designers. In this article we explain the 4 main reasons why.

Come to visit us at MADE EXPO and discover the innovative FASSA AEDIFICO system

We are glad to announce our participation at the MADE EXPO, international trade show for architecture and construction industry, that will take place from March 13th to 16th in Milan fairgrounds Rho (PAD 06 – STAND F09 G10). The fair will be a great opportunity to present the AEDIFICO system to the public.

Building with TRIGLASS® High Performance profiles : the innovation in the construction industry

In 2018 Top Glass has created a new composite material named TRIGLASS® High Performance, specifically designed for structural applications.

FIRE TRIGLASS® profiles: certified according to EN 45545-2/2013 for the highest hazard level

TOP GLASS produces FIRE TRIGLASS® profiles with high fire resistance properties and very low smoke emission.
They was certified according to EN 45545-2/2013 and it complied with the requirements for the highest hazard level “HL3” for “R1”.

TRIGLASS® Profiles at the Architecture Exhibition of La Biennale

Top Glass has sponsored the construction of an important and modern installation project at the Danish Pavilion of this years Venice Biennale.

Top Glass sponsors the “Glass House” at the Iuav University of Venice

Top Glass sponsored the construction of a new temporary pavilion, designed by University of Venice students in the historic home of the Iuav University of Venice

Design of FRP structures in seismic zone

The aim of this manual is to address the issues related to the design of pultruded FRP structures subjected to static and dynamic loading.

Positive energy walls: WALL E+® revolutionizes construction

The company, Solutions Composites,  has introduced a revolutionary construction system in the world of building: WALL E+ ®

The innovative ARCOSYSTEM: elevated GRP cable duct system

The company, Castioni Kabelführungssysteme, in collaboration with the Top Glass technical office, has designed an innovative ground-floor system for laying cables for energy distribution in the railway sector

The filling station of the future: SUDI® FRANCE

SUDI® FRANCE (Sustainable Urban Design & Innovation) in collaboration with Solutions Composites has developed a carport for an autonomous electric charging station.

TRIGLASS® profiles in ancient Rome

Top Glass has supplied structural composite beams for making of a new cover to protect an important archaeological site in Rome.

SOLIDAYS 2011: 2 km of TRIGLASS® tubes to create a 300 m2 indoor event space -in a single day

In June 2011 the French festival Solidays welcomed a world first in the field of composites : a gridshell-type structure open to the public of a size that has never been reached before.

An innovative roof made of fibreglass TRIGLASS® profiles

In order to preserve the original structure of Maria Paganica Church, badly affected by the destructive force of the earthquake of 2009, it was necessary to design and erect a roof to protect it in a way that took into account the seismic characteristics of the territory.