Products

H.B. Fuller FH8302 is a single-component, heat-curable epoxy underfill encapsulant designed for flip-chip applications such as system-in-package and modules. It is designed for high adhesion and reliability. FH8302 is formulated to flow consistently without voids on die sizes up to 12 x 12 mm. This material can also improve the reliability of chip scale packages (CSP) and ball grid array (BGA) package assemblies.

H.B. Fuller FH8009 is a brown-colored epoxy-based underfill adhesive designed for electronic components, particularly printed circuit boards (PCBs). This ready-to-use product offers excellent flow properties, ensuring smooth and precise application. FH8009 provides high reliability, ensuring secure and long-lasting bonding of components.

H.B. Fuller FH8301 is a single-component, heat-curable epoxy underfill encapsulant designed for flip-chip applications such as system-in-package and modules. It is designed for high adhesion and reliability. FH8301 is formulated to flow consistently without voids on die sizes up to 12 x 12 mm. This material can also improve the reliability of chip scale packages (CSP) and ball grid array (BGA) package assemblies.

H.B. Fuller FH8014 is a reworkable, single-component epoxy underfill for fine-pitch chip scale packaging (CSP) and wafer-level packaging (WLCSP) assembly. It is heat curable and designed to improve reliability, with a fast cure time at a moderate temperature to minimize stress on components. This underfill is also reworkable without causing damage to the attach pad.

H.B. Fuller FH8017M is a black-colored epoxy-based underfill adhesive specifically designed for electronic components, including printed circuit boards (PCBs) and batteries. This ready-to-use product offers excellent flow properties, ensuring smooth and precise application. It provides good bonding strength, resulting in reliable and secure adhesion.

H.B. Fuller FH8008 is a single-component, heat-curable, reworkable epoxy CSP/WLCSP underfill material. It’s designed for flowing quickly and filling the entire gap under the chip at room temperature. This material is easy to rework while possessing better adhesion and electrical properties.