Products

H.B. Fuller® HL-8128-XZP is a hot-melt adhesive designed for use in a variety of packaging applications, including paper labeling, clear film laminates, and gaffer’s tape. It is known for its low viscosity, light color, and good adhesion properties. HL-8128-XZP is ideal for pressure-sensitive applications, providing reliable bonds to substrates such as polypropylene (PP), high-density polyethylene (HDPE), and low-density polyethylene (LDPE). This adhesive is a trusted solution for the printing and packaging industry.

U304 is a medium-to-high viscosity, medical-grade UV-curable adhesive designed for bonding a wide variety of plastics in a multitude of configurations. It is strong, flexible and well-suited to bonding dissimilar substrates. U304 is certified to the ISO standard 10993 Part 5 for Cytotoxicity, making it suitable for use in medical devices.

H.B. Fuller HL-2053 is a hot melt pressure-sensitive adhesive. It has excellent adhesion to corrugated surfaces, aggressive tack and peel, and good specific adhesion to low-energy surfaces. It finds applications in corrugate labeling, laser-printed labels, film, and paper labeling. The suitable substrates for this product are paper label stock, high-density polyethylene, low-density polyethylene, and polypropylene.

H.B. Fuller TS880 is a two-part adhesive (10:1 ratio by volume), which can bond many low-surface-energy plastics without special surface preparation, including many grades of polypropylene, polyethylene, TPO, etc. TS880 can replace screws, rivets, plastic welding, and two-step processes that include chemical etchants, priming, or surface treatments in many applications. Typical applications include bonding plastics, metals, glass, and rubbers.

H.B. Fuller 2611 is a fast-setting, low- to medium-viscosity cyanoacrylate adhesive for use on all types of substrates. It is particularly suitable for setting and adhering rapidly to inactive surfaces such as wood, leather, and fiberglass matting. H.B. Fuller 2611 offers viscosity and flow characteristics ideal for filling small gaps. H.B. Fuller 2611 is certified to ISO 10993-5 for biocompatibility, making it suitable for use in medical applications.

Swift®tak 5367 is a water-based adhesive known for its high-performance pressure-sensitive properties. It provides strong adhesion to PE and OPP materials and offers a clean application on contact nozzle systems. It is commonly used for side seam applications via contactless nozzle on OPP laminated or untreated LDPE, as well as for cross pasting on bags, sacks, and pouches in the bag and sack industry.

Flextra® PN3759KE is a specialized adhesive formulated to provide superior bonding strength and durability in industrial applications. It is ideal for use in automotive, aerospace, and packaging industries where strong, reliable bonds are essential for long-term success. This adhesive offers exceptional adhesion and performance even under extreme conditions.

Flextra® PWF1510HV is a premium adhesive solution designed for high-performance bonding in industrial applications. It provides superior adhesion and long-lasting durability, making it ideal for automotive, aerospace, and packaging industries where strong, reliable bonds are essential. This adhesive delivers consistent performance under extreme conditions.

Cyberbond 6070 is a liquid primer used to increase the strength of the adhesive when low-surface-tension substrates are utilized. It finds applications in catheter assembly, IV sets, tube bonding, airway masks, needle bonding, mechanical device assembly, balloon bonding, and stylets in medical device assembly.

Flextra® PN3759KE + WD6318LM is a water-based acrylic-polyurethane dispersion laminating adhesive designed for flexible packaging converters. It ensures FDA and EU regulatory compliance, enabling converters to meet global brands' diverse food packaging regulations. This adhesive offers excellent clarity, high running speeds without foaming, strong initial bonds, and rapid curing times, reducing time-to-market and meeting stringent industry demands.