Heat-curable reinforced epoxies optimized for capillary underfill materials, enhancing reliability in complex semiconductor packages and printed circuit boards (PCBs).
Our ALPHA® HiTech® underfill materials strengthen solder joints through complete capillary fill, ensuring reliability in drop shock, impact bend, and thermal cycle tests. Designed to meet demanding customer requirements, they offer thermal reliability and reworkability.
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Achieve strong reinforcement for electrical components in diverse applications with our high-performance adhesives and encapsulants.
Learn MoreImprove reliability and boost manufacturing efficiency with heat-curable epoxies to reinforce advanced BGA packages.
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Integrated Solutions
Our underfill solutions reinforce electronic assemblies, optimizing performance, efficiency, and quality across PCB applications in automotive, industrial, and high-reliability electronics. Designed to improve solder joint strength, thermal cycling resistance, and vibration durability, these materials enhance device lifespan while supporting sustainable manufacturing through reduced failures, improved yield, and efficient material use.
Sustainability
Dedicated to sustainable underfill solutions, we help reduce waste, enable recycling, and lower energy consumption in PCB assembly processes. Designed for eco-friendly electronics manufacturing, these materials improve process efficiency, extend device lifespan, and support RoHS and REACH compliance, helping manufacturers reduce environmental impact while maintaining high-reliability performance.
Reliability
Our underfill solutions enhance thermal, mechanical, and adhesive performance, ensuring consistent long-term reliability in PCB assemblies. Designed for high-reliability electronics, they improve solder joint strength, thermal cycling resistance, and vibration durability. These materials help reduce failure risk, extend device lifespan, and maintain stable performance in automotive, industrial, and advanced applications.
Underfill improves solder joint reliability in PCB assemblies by completely filling the gap between the component and the printed circuit board, creating a strong mechanical bond that reinforces solder joints. This material distributes mechanical and thermal stresses evenly across the assembly, reducing localized strain that can lead to cracking or fatigue failure. As a result, underfills significantly improve resistance to thermal cycling, drop shock, vibration, and impact testing in harsh environments. Widely used in automotive, industrial, and high-reliability electronics, underfill technology enhances board-level durability, extends product lifespan, and reduces field failures while improving overall manufacturing reliability and long-term performance.
Underfills provide key advantages in BGA, CSP, and flip chip applications by reinforcing solder joints and reducing the risk of component cracking under mechanical and thermal stress. By filling the gap between the device and PCB, underfill materials distribute stress evenly, minimizing fatigue during thermal cycling, vibration, and drop shock conditions. This significantly improves board-level reliability, long-term durability, and electrical performance in high-density electronic assemblies. Widely used in automotive, mobile, industrial, and high-performance electronics, underfills enhance product lifespan, reduce field failures, and enable robust operation in demanding environments where mechanical integrity and thermal stability are critical.
Underfill materials can be customized to meet specific PCB assembly and industry requirements by adjusting key formulation properties such as viscosity, cure profile, flow rate, and thermal performance. Engineers can select fast-flow underfills for high-speed manufacturing and temperature-sensitive components, or high-thermal-performance formulations for demanding automotive, industrial, and high-reliability electronics applications. Additional customization options support optimized gap filling, improved stress distribution, and enhanced solder joint protection. This flexibility enables manufacturers to balance process efficiency, reliability, and long-term durability, ensuring optimal performance in BGA, CSP, and flip chip assemblies across diverse electronic applications and operating environments.
Yes, underfill materials can be effectively combined with high-reliability solder alloys to significantly improve PCB assembly performance and solder joint durability. When used together, this combination enhances mechanical strength, reduces stress on solder joints, and improves resistance to thermal cycling, vibration, and drop shock compared to baseline alloys such as SAC305. In certain applications, this synergy can deliver performance comparable to dedicated underfill systems, while maintaining process flexibility. Widely used in automotive, industrial, and high-performance electronics, this approach helps manufacturers increase board-level reliability, reduce field failures, and extend product lifespan in demanding operating environments.
