Products

H.B. Fuller FH8707HF is a black-colored epoxy-based adhesive designed for a wide range of applications in electronic components, printed circuit boards (PCBs), electric motors, and automotive electrical and electronic systems. This heat-curable adhesive offers excellent filling properties, high strength, and good electrical properties. It exhibits improved aging resistance, ensuring long-term durability.

H.B. Fuller UR 3543 A-E + UR 3543 BTF-E is a two-component polyurethane adhesive with excellent adhesion to wet and dry reverse osmosis membranes, as well as excellent resistance to acidic and basic solutions. It is typically used as an adhesive for osmosis filter bonding and potting applications.

H.B. Fuller FH8708T is a heat-curable, single-component epoxy material that can be repaired. It is designed to reinforce components with low CTE and high Tg, such as CSP/BGA. This corner bond material is specially created to enhance the reliability of CSP and BGA assemblies, with a fast cure at moderate temperatures that helps to minimize stress on components.

Tuskbond Infusion 707 - 22L Canister is a mist spray adhesive developed to hold reinforcement fibres in place during RTM applications. The specially developed mist spray pattern provides a soft, non-dimpling glue line that is perfect for areas that need to maintain a smooth, aesthetic finish and won’t soak into fibres. It also maintains its tack which allows reinforcements to be repositioned if needed.

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.

H.B. Fuller EV Protect 5006 offers battery designers the ability to integrate high-level structural performance characteristics into their battery system, which is ideal for cell to pack applications. This ultra-lightweight material minimizes weight addition to the battery pack and, when exposed to a thermal event, significantly reduces or delays thermal propagation. With a reduced viscosity and improved curing speed, the EV Protect 5006 is especially advantageous for those with unique, complex, or intricate battery design architecture. Works in all types of battery cell form factors (cylindrical, prismatic, or pouch).

ISOLENE® 40-S is a low-molecular-weight liquid polymer derived from synthetic polyisoprene rubber. It offers the performance of natural rubber with the added benefit of a lighter color and none of the natural impurities inherent in natural rubber products. ISOLENE® 40-S is a lower viscosity liquid than the other ISOLENE® liquid rubber products. It is a translucent, honey-colored liquid in bulk form and virtually clear in a thin film.

Swift®bond 2140 + hardener 2111 are two-component polyurethane adhesives. It offers good shelf-life stability and has a fogging resistance of greater than 130°C. The adhesive provides excellent bond strength at temperatures greater than 120°C and demonstrates excellent in-lamp durability. It is designed to exhibit cohesive failure after exposure to various conditions. It has a slow green strength, allowing for extended assembly time. This adhesive is specifically used for headlamp lens and housing bonding in exterior lighting applications.

H.B. Fuller FH4003AB is a general epoxy encapsulant. It falls under the epoxy category and is commonly used for charger handle encapsulation and general potting applications. This epoxy is specifically suitable for potting and encapsulating electric vehicles (EVs), providing effective encapsulation and protection for EV components.

H.B. Fuller EA6042 is a high-performance, fluorescence, fast UV-cure adhesive and encapsulant. This product has a tack-free surface finish and good electrical insulation performance. It has excellent precision dispensing and jetting performance. This product is suitable for bonding a wide variety of substrates, including glass, many plastics, and most metals. It has excellent adhesion and is flexible.

H.B. Fuller EA6202 is a fast UV-cured adhesive with medium viscosity. It is a general-purpose, one-component adhesive with good gap flow. This product is suitable for bonding a wide variety of substrates, including glass, many plastics, and most metals. H.B. Fuller EA6202 has shown excellent adhesion and is flexible.

H.B. Fuller EV Protect 1000 is a sprayable water-based intumescent coating designed to add a layer of protection in case of a thermal event in a battery pack. When exposed to flames, the coating will create an insulative layer that prevents direct contact of the flames to the substrate’s surface. This layer provides insulation against the flames and helps slow heat transfer through the coated substrate. H.B. Fuller EV Protect 1000 is formulated to adhere to a variety of common battery pack substrates, including steel, aluminum, e-coat, and ABS plastic. This coating can be easily applied onto battery pack components, and wet film builds of 0.030" can be applied without runs, drips, or sagging.

H.B. Fuller EA6203 is a fast UV-cured adhesive with high viscosity. It is a general-purpose, one-component adhesive that does not require mixing. This product is suitable for bonding a wide variety of substrates, including glass, many plastics, and most metals. H.B. Fuller EA6203 has shown excellent adhesion and is flexible.

H.B. Fuller EV Protect 4006 is a liquid-applied, two-component, flame-retardant, low-density polyurethane foam material designed for the potting and encapsulation of battery cells in EV battery modules. EV Protect 4006 SFR offers battery design engineers the ability to increase the power density of their modules while enhancing safety and protection from thermal propagation. The ultra lightweight nature of the EV Protect 4006 SFR minimizes the weight impact to the battery modules. The semi-structural properties of the material also provide noise, vibration, and harshness benefits to the battery system by unitizing the battery module and absorbing external environmental impacts.