Conductive mesh
Conductive mesh is coated Nickel and Copper over Polyester Fabrics. It offers excellent surface conductivity, shielding effectiveness, and corrosion resistance for a variety of application.
Our shielding windows, displays & transparent shielding foils are virtually very clear.
Conductive mesh is coated Nickel and Copper over Polyester Fabrics. It offers excellent surface conductivity, shielding effectiveness, and corrosion resistance for a variety of application.
A shielded transparent film in order to apply on standard displays, glass, acrylic, polycarbonate etc.
PET film deposited with copper grid and protected with a nickel layer for EMI shielded windows & displays. High light transmission, excellent EMI shielding.
Float glass with a conductive coating layer on one side for EMI/RFI shielding
EMI/RFI shielded mesh foil windows and electrically conductive windows with high EMI/RFI shielding performance. Windows for Electromagnetic Compatibility.
Transparent static dissipative, self-adhesive Polyester film. It includes a special coating on one side and a release film on the other side.
A polyester film with a layer of transparent conductive coating. This offers excellent electrical and electromagnetic shielding.
Ready-made transparent EMI-shielding foil windows for moderate EMI shielding, with good light transmittance and transparency.
Ready to install Faraday cage windows. These windows guarantee very high EMI / RFI / EMC shielding performance
Ideal EMI/RFI shield for electronic displays requiring moderate shielding effectiveness and high-quality optical properties.
Light weight material conductive mesh offers excellent surface conductivity.
Shielded window designed for the high EMI/RFI and low frequency shielding
Used as a bezel for windows or other contacts.
developed for different EMI/EMC applications and a effective EMI shielding materials
We can print/coat ITO on any (transparent) surface
A signaljammer car must be shielded to protect the people who drive the car against the massive electromagnetic fields and radio frequencies that are spread and sent by the jammers on top of the car.