Heat-curable edgebond epoxies reinforce advanced BGA packages, improving reliability and enhancing manufacturing efficiency.
Our ALPHA® HiTech® edgebond solutions are applied to the edges or corners of soldered Ball Grid Arrays (BGAs), providing localized reinforcement to enhance impact resistance and thermomechanical performance in Printed Circuit Board Assemblies (PCBAs).
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Achieve strong reinforcement for electrical components in diverse applications with our high-performance adhesives and encapsulants.
Learn MoreEnhance reliability in complex semiconductor packages with heat-curable reinforced epoxies designed for capillary underfill.
Learn MoreIntegrated Solutions
Our edge bond solutions reinforce electronic assemblies, improving mechanical strength, thermal stability, and long-term reliability across PCB applications. Designed for high-performance electronics manufacturing, they enhance device durability, vibration resistance, and process efficiency while supporting sustainable production through reduced material waste, improved yield, and compliance with environmental standards.
Sustainability
We are committed to sustainable edge bond solutions that reduce waste, enable recycling, and lower energy consumption in PCB assembly. Designed for eco-friendly electronics manufacturing, these materials improve process efficiency, support RoHS and REACH compliance, extend product lifespan, and help manufacturers reduce environmental impact while maintaining high reliability and performance.
Reliability
Our edge bond solutions enhance thermal, mechanical, and adhesive performance, ensuring long-term reliability in demanding PCB assembly applications. Designed for high-reliability electronics, they improve vibration resistance, thermal cycling durability, and structural integrity. These materials help reduce failure risk, extend device lifespan, and ensure consistent performance in automotive, industrial, and advanced electronics.
Edgebond epoxies improve BGA (Ball Grid Array) reliability by providing targeted mechanical reinforcement at component edges and corners, where stress is highest during thermal cycling and mechanical shock. This localized bonding reduces solder joint fatigue, prevents package movement, and minimizes the risk of cracking or delamination in high-density PCB assemblies. By strengthening the interface between the BGA and PCB, edgebonds enhance thermal cycling resistance, vibration durability, and long-term structural integrity. Widely used in automotive, industrial, and high-reliability electronics, they help manufacturers reduce field failures, improve production yield, and ensure consistent performance in demanding operating environments.
Curable edgebond epoxies help BGAs (Ball Grid Arrays) meet key reliability and qualification tests by reinforcing solder joints and improving mechanical stability in PCB assemblies. They support performance in Drop Shock, Mechanical Shock, Impact Bend, and Thermal Cycling (TCT) testing, which simulate real-world conditions such as vibration, sudden impact, and repeated temperature changes. By reducing solder joint fatigue and component movement, edgebonds help prevent cracking, delamination, and early failure. This improves board-level reliability, increases first-pass yield, and ensures compliance with high-reliability standards in automotive, consumer electronics, and industrial applications where durability and long-term performance are critical.
One-component edgebond epoxies offer significant advantages in PCB assembly and BGA (Ball Grid Array) reinforcement by simplifying processing and improving manufacturing efficiency. Because they require no mixing, they reduce material handling errors, improve process consistency, and lower production variability in high-volume electronics manufacturing. These epoxy systems also provide fast, controlled curing and reliable bond strength, enhancing solder joint reinforcement at BGA edges and corners. The result is improved thermal cycling resistance, reduced risk of delamination or cracking, and higher board-level reliability. Ideal for automotive, industrial, and consumer electronics, they help manufacturers increase throughput, reduce cost, and ensure consistent long-term performance.
Yes, edgebond materials can be effectively combined with high-reliability solder alloys to improve overall PCB assembly performance and BGA reliability. When used together, edgebond epoxies reinforce solder joints at component edges and corners, reducing mechanical stress and improving resistance to thermal cycling and vibration. This combination delivers higher reliability than standard alloys such as SAC305 and, in certain conditions, can approach the performance of full underfill solutions while maintaining easier processing and reworkability. Ideal for automotive, industrial, and high-reliability electronics, this approach enhances board-level durability, reduces failure risk, and improves long-term performance in demanding operating environments.
Yes, implementing edgebond epoxies can significantly improve manufacturing efficiency in PCB assembly and BGA reinforcement processes. By providing targeted, localized reinforcement at component edges and corners, edgebonds enhance solder joint reliability without the long cure and processing times associated with capillary underfills. This simplifies production flow, reduces cycle time, and increases throughput in high-volume electronics manufacturing. Edgebonds also improve process consistency, reduce rework, and support scalable, cost-effective assembly. Ideal for automotive, industrial, and consumer electronics, they help manufacturers balance high reliability with faster production cycles, improved yield, and streamlined SMT assembly operations.
