STRUCTURAL ADHESIVES WITH SUPERIOR BONDING STRENGTH
Structural adhesives include any type of adhesive used to bond a load-bearing joint. These joints are necessary for the structural integrity of a product and are the most important bonds in a product. Failure of a structural bond is catastrophic to the product’s structure and function. As adhesive material technologies advance new techniques and formulas are available to secure structural bonds. Manufacturers are increasingly interested in when and how to use adhesives in structural bonding and what advantages are offered over welding, rivets, and other fasteners.
As a world leader in structural adhesive development, Hernon structural adhesives feature high bonding strength and uniquely strong impact resistance. They also offer advantages such as lower weight and cost reductions when compared to traditional fastening methods. Hernon’s adhesives can even replace welding and rivets in this article in Assembly Magazine called “How To Use Structural Adhesives to Replace Welding and Mechanical Fasteners.”
“A huge advantage to advanced product design is that structural adhesives can be pre-applied to parts otherwise inaccessible to mechanical fastening or welding during the assembly process. This revelation enables engineers not to be bound in their innovation of design by previous obstacles of space and accessibility. An additional benefit is a reduction in the amount of time it takes to join substrates. Welding or installing mechanical fasteners generally is much more time-consuming compared to using an adhesive.”
SIGNIFICANT FEATURES AND KEY ADVANTAGES OF HERNON MANUFACTURING STRUCTURAL ADHESIVES:
Reduced cost per application
Water and chemical resistance
Diffuses stress across the entire bonded surface
Fills imperfections and gaps while bonding
Bonds dissimilar materials
Seals at the same time as bonding
Shields against galvanic corrosion
Sand-able and paint-able when cured
100% Active – No Solvents
Replace heavy metal fasteners with lightweight polymers
Apply across the entire bonding surface in one motion
Fusionbond® 370 is a two components methacrylate adhesive. It is specially formulated for structural bonding of thermoplastics, metal, wood and composite assemblies. Fusionbond® 370 is an excellent choice for composite bonding applications in the marine, automotive and construction industries because it requires virtually no surface preparation. Fusionbond® 370 provides superior toughness at temperatures from -67 to 250°F.
Fusionbond® 371 is a two components methacrylate adhesive. It is specially formulated for structural bonding of thermoplastics, metal, wood and composite assemblies. Fusionbond® 371 is an excellent choice for composite bonding applications in the marine, automotive and construction industries because it requires virtually no surface preparation. Fusionbond® 371 provides toughness at temperatures from -67 to 250°F.
Hernon® has taken the excellent bond strength of Fusionbond adhesive family and merged it with the simplicity of a two-component, no-mix curing system to create Fusionbond® 374. Fusionbond® 374 is a 100% solid, room temperature cure, versatile structural adhesive which is used in conjunction with Hernon® Activator 56, 15 or 16. This formulation will offer rapid, high strength and high impact resistant bonds to a variety of substrates within minutes. Designed for a wide variety of substrates, Fusionbond® 374 offers excellent temperature and chemical resistance. The two-component, no-mix system allows controlled assembly ideal for production and repair applications. A structural bond develops within minutes.
Fusionbond® 375 is a highly thixotropic, two component, room temperature curing, 1:1 ratio, methacrylate adhesive system. Fusionbond® 375 is formulated to provide fixturing strength within 7 to 10 minutes. This adhesive product forms resilient bonds and maintains its strength over a wide range of temperatures. Fusionbond® 375 is suitable for bonding a variety of substrates with a minimum of surface preparation. Fusionbond® 375 provides toughness at temperatures from -67 to 250°F. Recommended substrates: PVC, acrylic, ABS, stainless steel, and some types of fiberglass.