Thermal Interface Materials (TIMs) are a critical portion to any effective thermal management system as they transfer heat between solid surfaces. Boyd provides a full array of thermal interface materials, from soft materials like gap fillers, phase change materials, and thermal grease to less compliant materials like thermal rubber pads, films, and thermally conductive hardware. Our broad portfolio contains many options that include electrical isolating properties, adhesives, reinforcement, carriers, and a variety of hardnesses to meet varying application requirements.
Aavid's Engineering Team is well-equipped to help you determine the best material to meet your project's needs. We leverage our relationships with suppliers and our TIM expertise developed from decades of tests and projects to pick the material best suited for your application.
Boyd's precision converting and assembly expertise can custom fabricate and pre-apply Thermal Interface Materials on Aavid's thermal management solutions like liquid cold plates or heat sinks. By providing complete, ready-to-install thermal management solutions, we help customers reduce assembly time and costs with a complete thermal product.
Thermally conductive adhesive tapes act as both a thermal and mechanical joint, ideal for creating complex layered assemblies.
Riempitivi di spazi
Soft thermally conductive materials uniquely designed to allow for variations in surfaces.
Rubber pads that often come with tear resistance for more rugged applications.
Isolanti termici economici studiati per una facile applicazione e una migliore conduzione del calore
Cambio di fase
Materiali unici che passano dallo stato solido a un grasso simile alla pellicola per una migliore stabilità e una facile applicazione.
Thermally conductive compounds with high wet-out and thin bondlines that eliminates air in the interface area.
Le resine epossidiche e le colle che forniscono sia conduzione termica che forte adesione possono essere usate dove non sono disponibili fori di montaggio.
Graphite Films & Pads
High heat spreading capabilities with high heat resistance in low profiles.