The real magic of foam-bonding adhesives lies in their transformative effect on industrial appliances. The versatility and strength of Avery Dennison's adhesives enable improved product integrity and efficiency.
Our adhesives show superior adhesion to both medium and low surface energy materials, demonstrating robust performance across diverse substrates. Our FL 546 acrylic solution plays a dual role in the manufacturing process: joining components securely and effectively sealing them. Moreover, they provide excellent shielding properties against heat. All these factors make our foam-bonding adhesives essential in manufacturing, ensuring the durability and performance of your appliances.
We work closely with partners up and down supply chains in various industries. These partners include specialist converters, who take various types of tape and incorporate them into specific solutions for their customers, such as self adhesive components. We supply converters with rolls of adhesive tape for numerous foam applications. Whatever a converter’s requirements, Avery Dennison, thanks to its longstanding expertise and product range, will be able to answer the call.
Types of foam-bonding adhesives
We delve deeper into some of the types of foam-bonding adhesives we offer:
Solvent-based adhesives
Renowned for their robustness and longevity, solvent-based adhesives create powerful bonds with foams. Their high-temperature resistance makes them a valuable asset in the manufacturing process, capable of withstanding the rigors of industrial appliance use.
Hot melt adhesives
Quick to set and easy to apply, hot melt adhesives provide a speedy solution without compromising on the strength of the bond. These adhesives are an ideal choice for processes requiring fast assembly and instant handling of components.
Water-based adhesives
As an eco-friendly alternative, water-based adhesives strike a balance between performance and environmental impact. They deliver exceptional bonding strength and are versatile enough to work with a variety of substrates.