Flexible Solutions

Common Materials for EMI Shielding Gaskets and Ground Paths

Posted by Katie Sullivan

Jul 8, 2021 9:43:53 AM

The need for EMI gaskets is growing as more high-frequency digital electronics are introduced into our everyday lives. This includes technologies like 5G infrastructure, IOT (internet of things), and rapid advances in automobile technology and connectivity.

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Topics: EMI Shielding, gasket, grounding

Marian’s EMI Shielding Solutions Aid in Containment and Control

Posted by Andrew Bonar

Jun 19, 2017 8:15:53 AM

The struggle between the world and electromagnetic interference (EMI) is endless. EMI consistently attempts to sabotage our most critical technologies in the aerospace, mass transit, medical, and military industries.

EMI engages us through maneuvers such as: radio transmitters, electric motors, power lines, fluorescent lights and computer circuits. Through these maneuvers, EMI generates electromagnetic disturbances, signals and emissions that cause undesired responses or degradation of performance in electrical and electronic equipment. This occurrence leads to system malfunctions and failures, which can threaten the performance of life support devices, military radio frequencies and aircraft flight controls – to name a few examples. Malfunctioning or failure of these types of systems, triggered by EMI, can be problematic, dangerous and life-threatening.

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Topics: Pressure Sensitive Adhesive, Foams, EMI Shielding

Electromagnetic Compatibility in Medical Device Design

Posted by Katie Sullivan

Oct 5, 2016 11:24:42 AM

As medical device designs trend toward including cutting-edge electronics technology and wireless capabilities, EMC is a growing factor in device design.  

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Topics: EMI Shielding

Particle-Filled Silicones for EMI Shielding and Environmental Sealing

Posted by Katie Sullivan

Oct 27, 2014 11:00:00 AM

Particle-filled silicones are elastomeric compounds that combine the advantages of silicone with electrical properties of metals. 

Some designers have concerns about using particle-filled silicones.  Silicones have desirable material properties, but loading a high percentage of particle filler into the rubber in an effort to increase conductivity can result in negative tradeoffs.  Typically industry professionals worry that particle filled electrically-conductive silicones are:

  • too hard
  • too brittle
  • too expensive
  • have long lead times
  • limited by mold size dimensions
  • not thin enough for newer, thinner designs
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Topics: EMI Shielding