Brief: Learn how this solution can streamline typical workflows and improve reliability. In this video, we demonstrate the BeCu Fingerstock for MRI Faraday Cages, showcasing its installation methods and performance in EMI/RFI shielding applications. You'll see how this beryllium copper finger strip provides excellent conductivity and elastic recovery for telecom equipment, computer cabinets, and medical devices.
Related Product Features:
Excellent EMI/RFI shielding effectiveness for electronic devices.
Superior elastic recovery and long-lasting resistance to fatigue properties.
Low compression force with bi-directional compression capability.
Easy to process into various shapes and design compactly.
Multiple mounting options including snap-on, adhesive, and clip-on.
Wide temperature-change adaptation with superb anti-corrosion properties.
Excellent conductivity and ultra-low magnetic permeability.
Moisture and UV resistant with numerous plating options available.
FAQs:
What are the typical applications for this EMI shielding fingerstock?
This fingerstock is widely used in telecom equipment shielding, shielded rooms, cabinet doors, computer peripherals, medical devices like MRI Faraday cages, military equipment, and PC/server cases for EMI/RFI shielding and grounding solutions.
What mounting options are available for this fingerstock?
Multiple mounting types are available including snap-on mounting (slot and edge), adhesive mounting (stick-on), clip-on mounting, dome top series, folded series, twist series, and contact series to suit various installation requirements.
What are the key advantages of beryllium copper material for EMI shielding?
Beryllium copper offers excellent conductivity, superior elastic recovery, long-lasting fatigue resistance, no stress relaxation, size stability, and can be easily processed into various shapes while maintaining excellent shielding effectiveness.
Is customization available for this EMI shielding fingerstock?
Yes, customized specifications are acceptable, including various lengths, thicknesses, surface treatments, and mounting configurations to meet specific application requirements.