Explore Products for Thermoset Adhesives
Have a question? Let us help you.
We are here to help you. Please feel free to contact us with questions, comments or feedback.
Getters
Enhance reliability and performance of hermetic packages.
Learn MoreHigh-Reliability Thermoset Adhesives for Semiconductor Packaging
Strong, durable thermoset adhesives for semiconductor packaging bonds, ideal for electronics, automotive, and high-reliability applications. Designed for reliable sealing, adhesion, and performance in demanding semiconductor environments.
Reliable Bonds for Electronics
Our thermoset adhesives offer durable, strong bonding solutions ideal for microelectronics, electronic, automotive, and high-reliability applications. They provide superior sealing, adhesion, stability, and long-lasting performance in demanding semiconductor environments.
Explore Categories
Why MacDermid Alpha?
Integrated Solutions
Our integrated thermoset adhesive solutions, including STAYCHIP, deliver robust, high-reliability bonding with strong cured bonds, thermal stability, and durable sealing for microelectronics and semiconductor packaging. Engineered for precision and long-term performance, they enhance adhesion and environmental resistance in demanding applications while supporting sustainable, low-emission, next-generation device manufacturing.
Sustainability
Our STAYCHIP thermoset adhesives support eco-conscious semiconductor and microelectronics assembly by combining high-performance bonding and thermal stability with efficient processing and compliance-focused manufacturing. Designed to reduce material waste and environmental impact, they help enable greener, lower-waste semiconductor packaging operations while maintaining reliable strength and next-generation device performance in advanced packaging applications.
Reliability
Our thermoset adhesives improve adhesion, reduce delamination risk, and support long-term reliability in semiconductor and microelectronics packaging. They deliver high-reliability bonding with strong interfacial adhesion and consistent performance under thermal and mechanical stress, helping improve yield and ensure durable, stable operation in advanced packaging environments.
Frequently Asked Questions
What are thermoset adhesives and why are they used in microelectronics?
Thermoset adhesives are chemically cured polymer materials used in semiconductor and microelectronics assembly. Once cured, they form durable bonds with strong thermal stability, moisture resistance, and mechanical strength, making them ideal for high-reliability packaging, die attach, and advanced electronic device manufacturing.
How are thermoset adhesives cured in semiconductor packaging applications?
Thermoset adhesives are cured with heat to trigger an irreversible crosslinking reaction, forming a rigid polymer network. This curing process develops strong, durable bonds with high thermal stability and reliability, making them suitable for semiconductor packaging, microelectronics assembly, and advanced electronic device manufacturing.
Are thermoset adhesives RoHS compliant for semiconductor packaging?
Many thermoset adhesives are designed to meet Restriction of Hazardous Substances (RoHS) requirements for semiconductor packaging and electronics manufacturing. Product-level compliance should be confirmed for the selected adhesive to ensure alignment with regulatory and application-specific requirements in advanced packaging.
Which industries use thermoset adhesives for semiconductor and microelectronics assembly?
Thermoset adhesives are used in electronics, semiconductor packaging, and automotive applications where strong bonding, thermal stability, and long-term durability are required. They provide high-reliability mechanical performance for sensors, ECUs, and advanced microelectronics, ensuring durable assembly in demanding, high-temperature, and vibration-prone environments.
How do thermoset adhesives improve reliability in semiconductor packaging?
Yes, thermoset adhesives improve reliability by forming strong, durable bonds that resist thermal cycling, vibration, moisture, and delamination. These properties enhance mechanical stability, reduce delamination risk, and ensure consistent long-term performance in semiconductor and microelectronics packaging under harsh operating conditions.