Shield your devices from electromagnetic interference with LATISHIELD

Sept. 11, 2024

Shield your devices from electromagnetic interference with LATISHIELD

Looking for an effective solution to shield your devices from electromagnetic interference? Find out how LATISHIELD thermoplastic compounds can protect your circuits and ensure optimal performance.

 

What is electromagnetic interference?

Imagine you are surrounded by invisible waves: electromagnetic interference (EMI). Electromagnetic waves generated by electronic devices and electrical sources can lead to system malfunctions, data loss, and security compromise. Traditionally, metallic materials like aluminum or steel were used to shield devices. However, these materials have some limitations: they are heavy, rigid, and can affect product design.

 

How do LATISHIELD thermoplastic compounds work?

LATISHIELD thermoplastic compounds offer an innovative and versatile solution. These materials are made from conductive polymers. They are lightweight, flexible, and easy to work with, allowing custom shielding to be created and integrated directly into the product design. Dispersed within LATISHIELD thermoplastic compounds are metallic microparticles that form a kind of “Faraday cage.” When an electromagnetic wave encounters this cage, it is deflected and dissipated, thus protecting the device's internal components. LATI offers a broad selection of thermoplastic shielding compounds suitable for different applications and requirements. Whether you need to shield a small electronic component or an entire piece of equipment, you can find the solution that best suits your needs.

LATI has a wide portfolio of next-generation shielding products designed for emerging industrial sectors, where requirements are becoming increasingly sophisticated: from e-mobility to data transmission, radar sensing to RFID systems.

Watch our webinar dedicated to electromagnetic shielding and learn how LATISHIELD thermoplastic compounds can revolutionize your products.

 

 Watch the webinar

 

Contact us

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.