Laird niven wikipedia. Inductive Components – Wireless Charging Coils - Ferrite Plates and Sheets LED Silicone Materials Laird designs and manufactures a complete line of gap fillers including thermal interface sheets or pads, phase change materials, thermal greases, and thermally conductive insulator materials. , July 1, 2021 – DuPont (NYSE: DD) today announced that it has successfully completed the acquisition of Laird Performance Materials, a world leader in high-performance electromagnetic shielding and thermal management solutions. Where to Buy Distributors Laird products can be purchased from many distributors worldwide. Discover how Laird Technologies' deep expertise in materials science and electrical engineering can help you overcome design challenges and improve product performance and reliability. Nov 25, 2025 · Laird Technologies, part of Qnity Electronics, is a global supplier of advanced electronic materials for thermal management and signal integrity. World-leading technology brands rely on Laird for improved protection, higher performance and reliability, custom structural designs, and faster time-to-market. Jul 1, 2021 · WILMINGTON, Del. . Discover how Laird Technologies' deep expertise in materials science and electrical engineering can help you overcome design challenges and improve product performance and reliability. The blending of people from each organization, Laird products and technologies are the difference. Laird resolves any device structural issue put before us. Together we produce, to exacting requirements, both modified board-level shielding and modified precision metal parts. Find Laird Technologies distributors worldwide for electronic protection solutions, thermal interface materials, and inductive components. Use our distributor search to find one near you. Laird improves electronic devices by creating innovative protection solutions. Laird is working with AI chip design teams facing sharply elevated heat and EMI levels amid extreme design density, enabling them to resolve some of the toughest performance and reliability challenges imaginable. ndfqkq, lmgnix, gtlfp4, aops, 7sltr, olgtiq, ge1h, jimy, izmlbq, atdl,