ME-542 thermally conductive flip chip underfill is said to offer improved thermal path for heat reduction. Was designed to achieve high reliability for in-package or chip-on-board applications and to increase thermal dissipation from the die into the substrate. Has high copper content in substrate. Has thermal conductivity of 0.8 W/mK, a reported 500% increase over standard underfill products. Is engineered to quickly flow into gaps less than 25 µm with minimal filler settling and no voiding, encapsulating interconnect arrays with a layer of protective polymer.
5W and 6W high-conductivity thermal greases are designed to maximize heat transfer from high-end chips to the heat spreader. Are solvent-free. When heated, viscosity reduces. Reportedly used mathematical modeling to speed up development process and determine ideal packing of the filler particles for size and ratio. Is said to be ideal for automotive and consumer electronics.
The DX dispensing system includes a mobile handheld dispenser with a refill station for two-component materials. Is said to dispense a variety of ratios. Multiple handheld dispensers can be refilled with one refill station; uses two transfer pumps that feed from 5 gal. bulk containers, each equipped with follower plates.