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Our EMI shielding solutions offer various conductive fillers that are designed to ensure galvanic compatibility while providing low contact resistance between mating surfaces. Our conductive elastomers are fully cured silicones or fluorosilicone loaded

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All active electronic devices have the potential to emit electromagnetic radiation. EMI shielding products protect critical electronic components and systems from EMI interference.
EMI shielding gaskets are applied at the seams of an enclosure to establish a low resistance conductive path to block radiated emissions into and out of the enclosure.
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Why does modern technology require electromagnetic shielding solutions?
Here are the latest news about our company and industry. Read these posts to get more information about products. Here are the latest news about our company and industry. Read these posts to get more information about products.
Here are the latest news about our company and industry
Here are the latest news about our company and industry. Read these posts to get more information about products. Here are the latest news about our company and industry. Read these posts to get more information about products.
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EMI shielding Gasket Families
Conductive Foam
Conductive foam is a low-density polyethylene terephthalate (PET) and polyurethane foam
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Conductive elastomers are cured silicones filled with particles that provide reliable EMI shielding and environmental sealing with low contact resistance.
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This fabric incorporates metal fibers or coatings to create a flexible, drapable, and cuttable shield against electromagnetic interference (EMI).
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Electrically conductive tape is available in copper, tinned copper or aluminum, an electrically conductive adhesive is applied to the foil.
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This film combines the superior thermal stability of polyimide with electrical conductivity, creating a thin, flexible, and durable solution for advanced electronics.
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Typically made of copper or aluminum, this foil offers highly reliable shielding and grounding due to its flexibility and ease of lamination.
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EMI shielding cans are rigid metal enclosures soldered onto PCBs to isolate and protect sensitive components from electromagnetic interference.
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Beryllium copper (BeCu) spring finger stocks and contact gaskets are manufactured by punching or etching thin BeCu strip which is pressed and formed into the required final shape and then heat treated to give it ‘memory’.
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EMI absorbing materials suppress interference by absorbing and dissipating electromagnetic waves as heat.
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Get in touch with us
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Explore the EMI Shielding Applications

EMI shielding technologies play a critical role in protecting electronic devices from interference across diverse industries, from consumer electronics to aerospace systems.
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Corporate News
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ASTM D4935規格を用いて導電性フォームの表面抵抗を正確に測定する方法を学びましょう。このガイドでは、実際のアプリケーションで信頼性の高いEMIシールド性能を実現するための手順、主要なパラメータ、最適化のヒントについて説明します。
EVが800VプラットフォームとSiCシステムへと進化するにつれ、EMIシールドは安全性と信頼性にとって極めて重要になります。高性能導電性フォームが、過酷な自動車環境下でも安定した接地、低インピーダンス、そして一貫したEMI性能を実現する仕組みをご覧ください。
Konlidaは、インピーダンス制御技術を応用することで、EMIシールド用導​​電性フォームを革新します。高度なめっき技術、構造革新、そしてカスタマイズされたソリューションにより、5GデバイスとEVに信頼性の高いEMI保護を提供します。
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より効率的な電磁シールドコンポーネントのためのカスタムソリューションの専門家
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モブ:+86 189 1365 7912
電話: +86 0512-66563293-8010
メール: sales78@konlidacn.com
住所:中国江蘇省蘇州市呉中区徐口鎮東新路88号

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