Products

H.B. Fuller AT-3 very high-bond strength acrylic tape is a pressure-sensitive, structural-grade, solid acrylic tape system. It is designed to provide a superior bond between a wide variety of substrates. The tape possesses a uniform, high-tack acrylic adhesive on both surfaces with an integral core of solid acrylic polymer that will bond to most clean, dry, oil-free substrates.

H.B. Fuller FH8512 is a 2K epoxy adhesive. This adhesive offers a balance of features and benefits that make it suitable for a wide range of applications, including structure bonding in portable devices. One of the notable characteristics of the H.B. Fuller FH8512 is its medium fixture time.

H.B. Fuller® 20638 is a specialized adhesive designed for use in industrial applications requiring superior bonding strength and durability. It provides long-lasting adhesion and exceptional performance, making it ideal for automotive, aerospace, and packaging industries. This adhesive ensures reliable bonding even in challenging conditions, making it the preferred solution for industries requiring high-performance adhesives in critical manufacturing applications.

H.B. Fuller 2245 is an opaque, medium-viscosity, rubber-toughened ethyl cyanoacrylate adhesive. This product provides superior shock and thermal resistance when bonding rubbers, metals, and plastics in harsh environments. H.B. Fuller 2245 shows excellent strength and flexibility on a variety of substrates.

H.B. Fuller BCF-1 is a butyl tape that is pressure-sensitive and has butyl-coated foam. It adheres aggressively to most substrates and easily conforms to irregular contours. It offers excellent weatherability and has a highly compressible PVC foam core encapsulated with high-tack butyl adhesive and sealant. It is commonly used as a sealant against moisture and dust elements for various applications, including bus and truck bodies, windows, and as a compliant sealant to protect against water penetration and prevent corrosion and moisture damage in sealant tapes and patches.

H.B. Fuller EY2536 is a very lightweight, easily spread epoxy compound for edge filling sandwich panels used in aircraft interiors. It wipes in cleanly and can be sanded smooth after an overnight cure at room temperature. H.B. Fuller EY2536 is self-extinguishing when tested per FAR 25.853, Appendix F.

H.B. Fuller EH9651B is a reactive hot melt adhesive designed for cell phone touch panel bonding. It offers several features and benefits tailored for this application on portable devices. This adhesive is formulated with a black hue, which is advantageous for touch panel bonding as it helps to enhance the visual appearance and esthetics of the device. In addition to its color, H.B. Fuller EH9651B offers excellent adhesion on most substrates commonly used in portable devices. It is also capable of narrow edge bonding, which is crucial for touch panel applications.

H.B. Fuller WB3250A is a specially formulated adhesive for the manufacture of packets and cartons, serving as a reliable side seam adhesive. Designed to excel in high-speed machine applications, this adhesive offers excellent adhesion properties to a wide range of substrates, resulting in strong and flexible bonds. With its superior bond strength and flexibility, H.B. Fuller WB3250A is an ideal choice for various packaging needs.

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 SC0729 is a solvent-based adhesive primer designed for window profile wrapping applications. One of the main features and benefits of H.B. Fuller SC0729 is its suitability for use as a primer in profile wrapping. Additionally, H.B. Fuller SC0729 is also suitable for corner key adhesion and door light adhesion.

H.B. Fuller® HL-3195 is a hot melt adhesive designed for bookbinding applications. It offers long open time, good adhesion, and very good lay-flat properties, making it ideal for use in paper-related applications. This adhesive is commonly used in bookbinding, stationery, and office supplies, offering reliable and efficient performance.

H.B. Fuller FH1270 is a two-part polyurethane (PU) adhesive known for its high solids content and thermosetting properties. It is a non-toxic film used primarily as an insulating compound to coat printed circuit assemblies. This PU adhesive is designed to provide protection against moisture, mold, dust, corrosion, and other extreme environmental stresses. Its main applications include electronics protection and the insulation of electric motors.

H.B. Fuller FH7015 is a 2K acrylate adhesive. It is designed for structure bonding applications in portable devices. One of the notable features of the H.B. Fuller FH7015 is its high strength and impact resistance. This means that it can provide durable and reliable bonding between various substrates commonly found in portable devices.

H.B. Fuller® HM-1097 is a versatile pressure-sensitive adhesive designed for use in tapes, labels, and various bonding applications. It provides excellent adhesion to multiple substrates, including metal, paper, and plastics. Known for its superior tack, the adhesive ensures reliable bonding even in challenging conditions. Its non-reactive nature makes it a safe and efficient solution for industrial applications, offering long-lasting performance and high adhesion strength for a variety of packaging and labeling needs.

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.