Skip to main content

Posts

Electrically Conductive Elastomers & Technical Materials - Techni3

  Electrically Conductive Elastomers (ECE) EMI Non-metallic Block EMI. In any weather, anytime. Sometimes, the standard silicone gasket just won’t do. Differing weather conditions, operating temperatures, levels of chemical exposure, corrosion, and environmental fluctuations call for gaskets that are designed to shield electromagnetic interference in environmental-specific settings. Our electrically conductive elastomers provide environmental sealing, excellent mechanical functionality, and electromagnetic shielding so your enclosures receive the best protection possible with optimal electrical performance. How Laird Elastomers Secure Your EMI Shields Your closure problem usually starts like this: you’ve constructed an effective shielding system using a metal housing and lid. But when you combine the flat surfaces of both units, you notice a slight opening. Suddenly, gas, liquid, or high frequency electromagnetic energy have an easy-access path to your shielding system...
Recent posts

EMI Non-Metallic & RF Shielding Solutions By Laird - Techni3 Ltd

  EMI Non-metallic Why Laird Performance Materials? Discover world-class EMI shielding expertise in one company. When electromagnetic waves flow, interference can put your most essential devices and the lives of people who depend on them at risk. That’s why our skilled engineers use coordinated systems designed to help you build your best EMI defenses. For more than two decades, we’ve perfected the integrated art of creating high-quality EMI shielding materials that: Suppress interference and meet immunity requirements. Isolate offending circuits by filtering, grounding and shielding. Desensitize devices by increasing their immunity to susceptible circuits. Solve your most complex EMI dilemmas from PC board emissions to conductive radiation. Customize Your EMI Essentials Unlike our competitors, Laird takes complete ownership of our process. We embed Laird engineers and technical specialists in every phase of your design to provide the h...

EMI And Non-EMI Metallic Supplier In UK - Techni3

  EMI and Non-EMI Metallic Explore Laird’s standard EMI shielding metallic products that includes: Fingerstock, Board Level Shields, SMD Contacts, and Vent Panels. Standard parts require no upfront tooling costs and inventory is readily available at many distributors for quick-turn prototyping. Laird also offers a vast array of co-engineered EMI and non-EMI , precision thin-gauge metal stamping capabilities. Laird’s team of engineers and scientists will collaborate directly with the customer to design a solution for the application and provide predictive modeling services such as finite element analysis (FEA), EMI modeling, and deep draw simulations when needed to ensure the design is right the first time. Once a part design is finalized, Laird has prototyping centers in each region for rapid delivery of prototypes prior to launching into mass production. Other capabilities include a variety of plating options, laser welding of dissimilar metals, applying functional coatin...

Techni3 Microwave Absorption Materials | Microwave Absorbing Foams UK

  Absorbers RF/Microwave Absorbers & Dielectric Materials See our leading line for free space, cavity resonance, and near-field applications. Why Laird? We are equipped with the technical know-how, software, and modeling capabilities to solve complex project issues. As a leader in the design, development, and manufacturing of RF absorber materials, we understand that while material quality and design are important, being able to adequately solve and perfect challenges that arise during the design phase is key to a successful consumer experience. Our engineers thrive on innovation and welcome any request that comes our way. This is what separates us from our competitors – expert knowledge and high-quality products developed over decades. We have a full line of microwave absorber stockists and mm wave absorber products for free space to cavity resonance through near field applications as well as low loss dielectric materials, such as filled polymers. Custom molded el...