EMI Shielding and Thermal Solutions
Explore Leader Tech products engineered to control electromagnetic interference, suppress unwanted RF noise and manage heat in sensitive electronic systems. Our portfolio includes circuit board shielding, enclosure shielding, ferrite cable shielding, microwave absorbers, thermal interface materials and custom metal fabrication capabilities.
From initial prototypes to full-scale production, we provide standard and custom EMI shielding and thermal solutions for aerospace, defense, telecommunications, medical, automotive and commercial electronics. Browse the product categories below to identify solutions that meet your electrical, mechanical and environmental requirements.
Explore Our Product Solutions
Control EMI at the circuit board level with standard, modified, and custom shielding options. These cost-effective solutions help isolate sensitive components, support signal integrity, and accommodate prototype or production requirements.
Maintain electrical continuity across enclosure seams, openings, doors, and access points. Choose from conductive gaskets, fingerstock, knitted wire, shielding fabrics, vent panels, and solutions for varied environmental and mechanical requirements.
Reduce conducted and radiated RF noise on cables, wires, and connectors with ferrite suppression products. Multiple shapes, materials, mounting styles, and cable configurations are available for different frequency and installation needs.
Improve heat transfer with materials designed for a wide range of thermal and mechanical requirements. Options include gap fillers, greases and gels, thermally conductive absorbers, and high-performance graphene and carbon fiber materials.
Attenuate unwanted microwave and RF energy across frequencies from 500 MHz to 80 GHz. Available absorber materials support cavity resonance control, near-field suppression, low-profile designs, and other high-frequency applications.
From concept to production with custom metal fabrication capabilities that include design support, prototyping, tooling, and high-volume manufacturing. Components are produced to meet specific dimensional, mechanical, and performance requirements.
