Products

Elvace® 40705-00 is a vinyl acetate-ethylene copolymer known for forming tough, permanently flexible polymer films. It offers excellent viscosity build with plasticizer addition, superior adhesion to packaging film and foil, and resistance to plasticizer migration and hydrolysis. With low grit content, it is suitable for extrusion applications. Recommended for microwave packaging adhesive formulas, it ensures short bond development times with poor borax tolerance.

Elvace® 731 is a high-performance adhesive designed for use in industrial applications that require strong and durable bonds. It is particularly effective in automotive, aerospace, and electronics industries where reliable bonding strength is crucial for long-term success. This adhesive is engineered to provide superior adhesion even under challenging conditions, ensuring durable and dependable results.

Elvace® 40713-00 is a vinyl acetate-ethylene copolymer characterized by low initial viscosity, high water resistance, and excellent filler and pigment acceptance. It forms durable, flexible polymer films with superior adhesion to packaging film and foil. With effective viscosity build upon plasticizer addition, it is ideal for general-purpose or specialty adhesives requiring low VOC content. This copolymer is recommended for microwave packaging adhesive formulations.

Elvace® 725 is a vinyl acetate-ethylene copolymer known for forming tough, permanently flexible polymer films. It offers excellent viscosity build with plasticizer addition, high wet tack, and resistance to hydrolysis. With low residual vinyl acetate monomer levels and good adhesion to challenging substrates, it is suitable for extrusion applications. Designed for low VOC adhesives, it works well on various paper and treated film substrates.

Elvace® 604 is a carboxylated vinyl acetate-ethylene copolymer known for forming durable, permanently flexible polymer films. It provides excellent wet tack, builds viscosity effectively with plasticizer addition, and offers enhanced water resistance and specific adhesion to difficult substrates. This PVOH-stabilized product is free from APEO surfactants and features high solids content. Tailored for high solids specialty adhesives, it ensures low VOC content and exhibits a strong viscosity response to alkali addition.

Elvace® 741 is a vinyl acetate-ethylene copolymer emulsion with higher ethylene content, enhancing film flexibility. It forms tough, flexible polymer films that are remoistenable and redispersible. With excellent wet tack, strong adhesion to packaging films and foil, and resistance to plasticizer migration, it is ideal for general-purpose or specialty adhesives requiring low VOC content.

Elvace® CPS-744 is a vinyl acetate-ethylene copolymer recognized for its outstanding binder efficiency and workability in mixtures. It performs well at low temperatures, has a higher solids content, and provides enhanced hydrolysis resistance compared to vinyl acetate homopolymers. Common applications include use as a binder for tape joint compounds, a bonding agent for plaster and concrete, and a polymer modifier for cementitious mixtures.

Elvace® 737 is a high solids carboxylated vinyl acetate-ethylene copolymer known for its excellent wet tack and rapid setting speed. Its high ethylene content enhances adhesion, forming tough, flexible polymer films with strong resistance to plasticizer migration and water. Ideal for high solids specialty adhesives, it provides low VOC content and adheres well to packaging films and foil.

Elvace® 736 is a vinyl acetate-ethylene copolymer that forms durable, permanently flexible polymer films. It provides excellent adhesion to packaging film and foil, resists plasticizer migration effectively, and has quick bond development times. Ideal for low-VOC adhesives, particularly in microwave packaging, it offers enhanced hydrolysis resistance compared to polyvinyl acetate homopolymers, though it has limited borax tolerance.

Elvace® 736-05 is a versatile adhesive that provides superior bonding strength in a variety of industrial applications. It is ideal for use in automotive, aerospace, and packaging industries where reliable and durable adhesion is essential. The adhesive ensures strong performance and durability even in demanding environments, offering long-lasting results in applications requiring high bonding strength.

H.B. Fuller PD0431 is an acrylic adhesive product that is surfactant stabilized. H.B. Fuller PD0431 is a premium-grade acrylic adhesive with excellent adhesion and improved water resistance. H.B. Fuller PD0431 is commonly used as a caulk-base polymer in construction applications.

H.B. Fuller PD2122F is an acrylic adhesive that is surfactant stabilized. H.B. Fuller PD2122F is alkali-soluble, soft, and provides excellent adhesion. H.B. Fuller PD2122F is suitable for applications requiring removal with alkali, such as bottle labeling in the adhesive industry.

H.B. Fuller® PD-0312 is a vinyl acetate homopolymer adhesive designed for use in adhesives, binders, and specialty applications. It offers excellent adhesion, wet tack, and machining characteristics, making it suitable for waterborne adhesive and binder applications. While not borax stable, it improves machinability and provides high wet tack. Optimal performance depends on machine and application settings, ensuring versatility across various industrial uses.

Paracryl® PC-8353 is a water-based resin that provides excellent performance in anti-skid coatings. It is widely used in industrial and commercial applications where strong adhesion and resistance to wear are critical. This resin formulation is ideal for coatings used in applications requiring high friction and durability, providing long-lasting performance and reliable results.

H.B. Fuller® 3-CT-5230 is a high-performance adhesive formulated to deliver reliable and durable bonding strength. It is widely used in automotive, packaging, and electronics industries, offering superior adhesion and long-lasting durability. This adhesive excels in providing exceptional bonding strength under extreme conditions, making it ideal for applications that demand reliable, long-term performance in industrial settings.