Swift®tak 4400 is a high-performance, water-based adhesive that offers excellent performance. It can be diluted with water at a ratio of 1:1 for use on recycled paper and 1:3 for use on cellulose. This adhesive is commonly used for tail tie applications in the bath tissue and paper towel industry.

Full-Care® 8068 is an adhesive for adult incontinence, baby diapers, and feminine hygiene products. It is creep-resistant and highly versatile.

Swift®tak PWL-5064 is a high-performance waterborne adhesive known for its excellent machinability and multi-substrate adhesion. It delivers strong adhesion on substrates such as glass, plastics, and paper, making it suitable for container labeling. Swift®tak PWL-5064 is designed for fast setting and wet tack, with very low surface energy, ensuring reliable performance in labeling and packaging applications.

H.B. Fuller PHC7590LA is a hot-melt adhesive specifically designed for low-temperature applications. It provides excellent adhesion to regular substrates and is also recommended for use in meat and poultry cases. This adhesive is commonly used for case and carton bonding, as well as for trays in the case and carton sealing process.

H.B. Fuller Kodiphone is an adhesive that provides security, soundproofing, and media functionality, making it a versatile choice for various projects. H.B. Fuller Kodiphone is formulated based on multi-component catalytic or single-part ultraviolet curing platforms. This formulation ensures reliable performance and efficient curing of the adhesive. One of the primary uses of H.B. Fuller Kodiphone is in the production of laminated glass with soundproofing properties. In addition to soundproofing, the H.B. Fuller Kodiphone also offers media functionality.

Rakoll® 2352M is a water-based, one-component adhesive known for its high water resistance. It falls under the category of 1K (1 component) adhesives and is commonly used in the furniture industry, particularly for cabinetry and lamination applications. This adhesive is available in both North America and Latin America regions.

Swift®tak 48539 is a waterborne adhesive featuring excellent pot stability, low stringing, and exceptional productivity. It is used in tissue paper and woven fabric applications, particularly for wipes, tissue, and towel products. Its waste control properties make it suitable for high-efficiency production processes.

Lunatack® C-5316 is a hot-melt adhesive known for its good thermal stability, oxidation resistance, and medium open time. It provides strong bonding on non-porous papers, making it suitable for packaging, labeling, and industrial applications. The adhesive features excellent hot tack properties, ensuring a reliable bond even in challenging conditions, such as high heat or moisture.

H.B. Fuller® WB-8030-MX High-performance waterborne adhesive, perfect for paper bonding applications. It is characterized by good machining characteristics and water-based properties, making it ideal for a variety of bonding technologies. This product ensures reliable adhesion, offering consistent performance and durability across a wide range of paper substrates and applications.

Swift®tak 97812-B is a low viscosity water-based adhesive that is ideal for extrusion applications. It sets quickly and provides good adhesion to a wide range of substrates, making it versatile for use in various manufacturing processes. Additionally, it offers improved formulating latitude, allowing for more precise adjustments to achieve the desired properties for specific applications.

Adecol® CQ-4136 adhesive is based on vinyl copolymers, resins, and synthetic waxes. Adecol® CQ-4136 has excellent thermal stability, excellent oxidation resistance at the application temperature, is non-carbonizing and/or changing its adhesive properties, maintains a high relationship between adhesion forces and cohesion, and has a short open time.

Adecol® CQ-4163/1 adhesive is based on special polymers, synthetic waxes, and tackifier resins. Adecol® CQ-4163/1 adhesive has excellent thermal stability, superior oxidation resistance at the application temperature, is non-carbonizing and/or altering its adhesive properties, and maintains a high relationship between adhesion forces and cohesion.

Advantra® 9825 is a specialized hot melt adhesive crafted for printing and packaging needs. Known for its strong cohesion and resilience to cold temperatures, it's ideal for bonding cardboards and plastics. With its durable formulation, Advantra® 9825 ensures reliable adhesion in diverse industrial applications.

Flextra® SB 116 + R 206 is a high-performance bonding solution designed for industrial applications requiring durable and reliable adhesion. It provides exceptional bonding strength, making it ideal for use in automotive, aerospace, and packaging industries. This adhesive delivers long-lasting performance even under extreme conditions, ensuring reliable results.

H.B. Fuller 8C7608 is a hot-melt adhesive that is transparent in color. It is designed to bond well to many difficult substrates and is commonly used as a spine adhesive for soft covers, hard covers, and magazines. This adhesive forms a flexible film and is suitable for applications in the graphic arts and bookbinding industries.

H.B. Fuller® V-3869-RB001 is a high-performance, water-based adhesive designed for paper applications. It provides quick setting and effective bonding, ideal for various packaging and sealing needs. Its reliable adhesion ensures strong bonds across a variety of materials.

H.B. Fuller HL-3163 is a hot melt adhesive that bonds well to a variety of book binding substrates and has excellent heat resistance. This grade can be used in one-shot book binding and is applicable on most paper stocks used in book binding.

Flextra® SB104 + R202 is a high-performance adhesive designed for demanding industrial applications where reliable bonding strength is required. It provides superior adhesion and exceptional durability, making it ideal for use in automotive, aerospace, and packaging industries. This adhesive ensures long-lasting bonds even under extreme environmental conditions.