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H.B. Fuller FH8801C is a fast-curing, single-component, electrically conductive adhesive designed for chip bonding in microelectronic, MEMS, and opto-electronic applications. This heat-curable material offers outstanding bond strength and snap cure during in-line production, making it ideal for automated assembly processes.

H.B. Fuller FH8801 is a one-part acrylate adhesive that undergoes heat curing. It offers fast curing at low temperatures and provides outstanding bond strength. This adhesive is commonly used for chip bonding in microelectronic, MEMS, and opto-electronic applications. It is especially suitable for in-line production as it has the ability to snap cure. FH8801 is an ideal heat cure acrylic for chip bonding and other electronics applications, including electric motors.

H.B. Fuller 1280 is a two-component polyurethane (PU) foam, categorized as a reactive chemistry product. It is specifically designed for battery module encapsulation in electric vehicles. The foam offers lightweight properties, allowing for complete encapsulation of battery cells within the module. This not only provides structural enhancements but also increases impact resistance. H.B. Fuller 1280 is an ideal choice for achieving robust and secure battery module encapsulation in electric vehicle applications.

H.B. Fuller FH8800 is a fast-curing, single-component epoxy adhesive that exhibits excellent adhesion to various materials. It is designed for optically clear bonding or LED die attachment and serves as a potting material. The adhesive can be cured rapidly at 100˚C.

H.B. Fuller 1581 is a one-component, alcohol-cured RTV silicone sealant. A non-sag material with excellent heat resistance for use in industrial and electronics applications. 1581 has very good adhesion to a wide range of unprimed substrates. High performance with fast and excellent adhesion to glass, aluminum alloys, etc. It can be used for a variety of electronics bonding, encapsulation, and sealing applications. This material is certified by UL to pass HB flame rating testing. This material performs at temperatures ranging from -55°C to 210°C.

H.B. Fuller 1527, also called 1527SBK, is a black, UL-certified, one-component RTV silicone with super resistance to weathering and ultra violet (UV). This material has very good adhesion without the need for primers to a wide range of substrates. It can be used for a variety of interior and exterior bonding and sealing applications. 1527 Black is formulated to perform at temperatures ranging from -54°C to 210°C.

H.B. Fuller FH8623 is an epoxy adhesive. This adhesive is known for its high-performance characteristics, making it suitable for demanding applications. One of the notable features and benefits of H.B. Fuller FH8623 is its ultra-fast curing property. Additionally, H.B. Fuller FH8623 offers high toughness, providing excellent strength and durability to bonded structures. H.B. Fuller FH8623 is primarily used for structure bonding in module applications.

Tonsan® 1533 Black is a two-component adhesive that can cure quickly at room temperature, providing excellent sealing and bonding. This material is recommended for potting electronic components, typically for the junction box on PV modules. It has excellent dielectric properties and V1 flame retardancy.

H.B. Fuller EV Protect 4006 SFR is a liquid-applied, two-component flame-retardant, low-density polyurethane foam material engineered for potting and encapsulating battery cells in electric vehicle (EV) battery modules. It allows engineers to increase the power density of their modules while enhancing safety and protection from thermal propagation. Its ultra-lightweight nature minimizes weight impact on battery modules. Additionally, it offers noise, vibration, and harshness benefits to the battery system by unitizing the battery module and absorbing external environmental impacts.

H.B. Fuller 1522 is a two-component condensation-cure silicone material that has a fast room-temperature curing speed and very good adhesion to many different materials. It has very good long-term adhesion performance in high-temperature conditions. 1522 is designed for use in a variety of applications where long-term temperature cycle resistance, UV exposure, and other harsh exposure conditions exist.

H.B. Fuller 1521 is a two-component, room-temperature-cure silicone system. It has very low ionic content and can be used for electronic component applications and electronics potting. Its applications include appliance sealing, connector sealing, and junction box potting. Additionally, it has good thermal conductivity and flame retardancy.

H.B. Fuller EV Seal 500 is a thermal plastic hot melt PSA designed for use in gasketing and sealing applications. It is especially suitable for sealing battery pack modules where accessibility and serviceability are a high priority. With the resealable nature of this material, repeated opening and closing of a battery enclosure is simple, easy, and reliable. The EV Seal 500 offers a robust solution for preventing dust and moisture intrusion into any enclosure. This material is recommended for use with steel, aluminum, and cast iron.

Tonsan® 1533 White is a two-component adhesive that can cure quickly at room temperature, providing excellent sealing and bonding. This material is recommended for potting electronic components, particularly junction boxes on PV modules. It has excellent dielectric properties and V1 flame retardancy.

Tonsan® 1521 White is a two-component adhesive that can cure quickly at room temperature, providing excellent sealing and bonding. This material is recommended for potting electronic components, particularly junction boxes on PV modules. It has good thermal conductivity and flame retardancy.

H.B. Fuller 7012 is a one-component reactive adhesive with excellent thermal conductivity, specifically designed for bonding battery cells to module bases in electric vehicle applications. It offers a long open time for easy handling while providing immediate fixture strength. This adhesive belongs to the acrylics and acrylates chemical family and is known for its high strength and good thermal conductivity.