Over the past four decades, there has been a tremendous amount of growth in the adhesives industry. Specifically, in the late 1980’s, the adhesive industry recognized a substantial amount of improvement especially with the introduction of acrylic-based adhesives, that polymerize on exposure to UV light. This UV technology completely surpassed traditional room temperature curing adhesives.
LED-based lighting has become an increasingly popular topic among various markets. In contrast to incandescent forms of lighting, LED lighting appears dimmer the hotter they get. While there are certainly concerns about LEDs not working efficiently, there is more motivation to consider their thermal performance.
A majority of manufacturers, including Resin Designs, understands that new technology is frequently misunderstood. For example, let’s circle back to 15 years ago when suppliers of LEDs believed that this light source could cure UV adhesives more cost efficiently than mercury bulbs, metal-halide bulbs and electrodeless bulbs. Manufacturers also believed the following:
- LEDs last extensively longer
- LEDs produce significantly less heat
- LEDs are usable in more malleable configurations than standard bulbs
A common limiting factor in the advancement of electronics systems is heat. The need to manage heat removal with a cost effective solution is a significant driver in the design of many electronic devices. Thermal interfaces play a huge factor in a device’s operation both in performance and reliability. Thermal interface materials (also referenced as a “TIM”) are mostly thermally conductive, ceramic-filled systems with organic or silicone binders added to make them flowable for dispensing and processing. These materials can be used to accelerate heat dissipation and give the cost-effective method engineers need for flexibility to reduce overall size of the package.