TA Instruments · Materials Sciences

Electronics

Modern electronics depend on materials that must perform reliably through semiconductor processing, advanced packaging, and final assembly. From semiconductor process materials used in lithography and chemical mechanical planarization to advanced packaging materials such as underfills and encapsulants, along with printed circuit boards and thermal interface materials, small changes in thermal, mechanical, rheological, or dimensional properties can affect yield, reliability, and long-term performance.

Process Materials PCB's & Substrates Structural Adhesives TIMs Solders

TA Instruments provides advanced materials metrology solutions for characterizing electronic materials across the product lifecycle. Our thermal analysis, rheology, thermal conductivity, dynamic mechanical analysis, thermomechanical analysis, and mechanical testing platforms help scientists and engineers quantify cure behavior, viscosity, modulus, glass transition, thermal stability, coefficient of thermal expansion, thermal conductivity, and fatigue performance.

These insights help manufacturers optimize formulations, control incoming material quality, improve process windows, and reduce reliability risks from the wafer fab to final electronic assembly.