Electrical and electronic devices have become widespread in our daily lives, both in the workplace and in private settings. The use of these devices triggers a growing and increasingly important interest in electromagnetic interference, a phenomenon for which protecting data and/or people is essential. Before understanding how the process aimed at shielding from electromagnetic waves works, let’s first discover the subjects affected by this phenomenon.

Electromagnetic interference can be natural (e.g., lightning) or artificial (e.g., printed circuits, industrial systems, etc.).
The presence of these sources of disturbance generates electromagnetic fields that, when interacting with nearby devices, cause malfunctions.
People are also exposed to electromagnetic fields, and although there are no definitive scientific studies on their health effects, regulations exist that impose limits on exposure to these fields.

Engineering in Brief

Electrical engineering is the discipline concerned with shielding objects and people from electromagnetic waves, and this field is gaining increasing interest. The focus of attention on the emission of electromagnetic waves concerns the effects and issues these waves cause, and how and to what extent things can be immune to their propagation. This is why it is necessary to delve into electromagnetic shielding, which involves creating a type of barrier capable of reducing the emission of a source. This shielding protects outgoing data and is required in many contexts, some of which may seem unimaginable. For example, shielding is required in the maritime sector, on ships transmitting and receiving sensitive data, and in particular sectors such as aerospace and aeronautics, where there is not only a high level of privacy but also complexity in the information being transmitted, which cannot be compromised in any way.

Have You Ever Heard of the Faraday Cage?

The practice of shielding from electromagnetic waves essentially involves the creation of a simple shielding system called the Faraday cage.
Electromagnetic shielding aims to reduce the electromagnetic field in a specific space by blocking it with barriers made from conductive or magnetic materials. Naturally, every situation requires a specific application, and in cases where the magnetic fields vary slowly below 100 kHz of frequency, special magnetic materials are needed to more effectively replace the Faraday cage.
For us, electromagnetic shielding is guaranteed by Emigard®, our multilayer product designed to perfectly protect data and people from electromagnetic waves.

Working on high-profile projects like this is always a great honor because it allows us to engage with creations that stand out for their uniqueness and distinctiveness.

In the design and production of glass for the naval sector, there are numerous dynamics we need to address: from the technical-mechanical aspects of the surface to the more “creative” side, which concerns the yacht design to which the glass is destined. Sanlorenzo, a leading company that has been building yachts since 1958 with a “boutique” philosophy of great class and elegance, chose us to design glass for the first model of the new Sanlorenzo SP110 open line, which was born with the desire to offer maximum performance with minimal consumption.

Lightweight Glass and Supreme Quality

Sanlorenzo’s goal was clear from the very beginning: to create a yacht that offered high power while keeping fuel consumption low. We then designed glass for the naval sector where the ingenuity of our R&D department played a key role.

The latest technologies developed in our facilities enabled us to select the right processes and materials to meet the client’s demands, achieving an important milestone in terms of reducing the overall weight of the vessel. Once the work was completed, we realized how essential our contribution was in kickstarting a new generation of yachts: more powerful, more incredible, and undoubtedly more sustainable.

Reducing Consumption Without Compromising Performance

Reducing the consumption of a vessel requires substantial technical knowledge. It is a design process that has different objectives, demanding various skills. The glass we created for the Sanlorenzo SP110 was specifically designed to reduce fuel consumption, increase yacht performance, and make the yacht eco-friendly with a minimal environmental impact.

We succeeded by designing a laminated glass with UV protection that offers exceptional visibility and clarity on board. Additionally, the Sanlorenzo SP110 yacht features our VisionPlus®, innovative glass surfaces that match the color and design of the yacht.

The dimensions were also significant, as was the project as a whole: the requested glass length of 5 meters did not prevent us from lightening it, receiving approval from the naval registers.

Isoclima, a global leader in advanced transparent solutions, is proud to support artist Flaka Haliti by providing bulletproof glass for her conceptual works. Currently on display at Deborah Schamoni in Munich, Haliti’s works explore the intersection of materiality and perception, serving as her ongoing investigation into what she defines as the “demilitarization of aesthetics.”

Giancarlo Perlini, Chief Business Development and Marketing Officer of Isoclima Group, commented: “At Isoclima, every solution we develop is a work of precision, purpose, and craftsmanship, designed to meet the most demanding requirements across various sectors; protective materials not intended to harm, but rather to protect and save lives. By supplying the material for Haliti’s work, we are part of a process that invites reflection on the transformation of materials and their potential to evoke deeper meanings.”

Haliti’s recontextualization of bulletproof glass offers viewers the opportunity to reconsider the narratives and aesthetic influences surrounding these materials. Her work invites a broader exploration of form, material, and meaning. “We believe this project resonates with our company’s identity, which always goes beyond expectations to inspire and empower.”

About Isoclima

Isoclima is a leading provider of advanced transparent solutions, known for supplying high-performance applications in sectors such as defense, architecture, automotive, and luxury yachting. Our commitment to excellence, precision craftsmanship, and cutting-edge technology has made Isoclima a trusted partner for those seeking safety, precision, and elegance. With a deep understanding of our customers’ needs, we continue to push the boundaries of what transparency can achieve, creating solutions that protect and inspire equally.