Laird Technologies
Our portfolio of multifunctional (MFS) solutions reflects a single process design. MFS products simultaneously mitigate EMI and transfer heat. All-in-one designs solve myriad design engineering issues. We operate globally as a partner to many of the world's leading technology brands. And our insight from multiple markets allows innovation to flourish. Laird is solving the challenges of today and anticipating those of tomorrow.
Artificial Intelligence
Heat is a huge roadblock to AI’s success. See why AI designers look to Laird for answers.
Automotive
Soft, non-silicone-based gap filler materials satisfy several needs of design engineers pressed to meet growing compliance requirements. See Laird Technologies’ expanding family of high deflection force thermal transfer solutions.
Aerospace and Defense
Crowded, complex military systems must suppress excessive radiated emissions to avoid enemy detection. Our rugged, reliable products shield the warfighter.
Data and Communication
Laird Technologies’ low volatile form-in-place silicone paste ensures precision, ultra small bead dispensing onto small, delicate devices.
Consumer Electronics
When a wearable technology manufacturer hit thermal management roadblock, new ideas were few. Read how experts and an ultra-thin bondline product solution helped meet a team’s launch deadlines.
Medical Devices
When seconds can mean life or death, reliability means everything. Compact devices pack powerful components like defibrillators can require multifunctional solutions to tame heat and suppress signal interference.
Test and Measurement
Excessive heat robs integrated circuit performance. See a recent gap filler pad “spring-back” innovation that sustains its low thermal resistance after device assembly.
Industrial
Selecting the right RF/microwave absorber materials demands many considerations. Read our advice about considerations that must be made to boost signal integrity.
Silicone Free Thermal Gap Fillers
Introducing Laird's Tflex™️SF4, SF7, and SF10, non-silicone-based gap fillers engineered for outstanding thermal performance. With ultra-low thermal resistance and high deflection, they protect critical components with confidence and precision.