Nut bonding fastener heavy duty
The high performance nut bonding fastener heavy duty by Juno Industries, type Master-Plate® DFC/DFP is a metal flanged nut in M4 up to M6 welded on a several sizes of perforated base plates in steel zinc plating or stainless steel 316 that can be glued on all kinds of material from composites, metal, wood, thermoplastic plastics, natural stone up to glass.
Description
What is a nut bonding fastener?
The nut bonding fastener heavy duty, type DFC and DFC is metal nut bonding fastener that can be glued on all kinds of glue-on materials from composite, metal, wood, thermoplastic plastics, natural stone up to glass because the flanged nuts are welded on a perforated base plate that ensures a large surface and therefor create a solid fastening.
Why use a flanged nut version of the bonding fastener?
The DFC/DFP version of the nut bonding fastener heavy duty has a stronger welding connection on the perforated base plate thanks to the bigger flanged head and starts from M4 to M6 in steel zinc plating or stainless steel 316L and therefor give the best possible torq resistance.
Thanks to the perforated base plate, the bonding fastener heavy duty will be firmly anchored to the receiving material as the adhesive flows thrue the perforations and therefore have a better torque resistance.
The non-perforated version of the nut bonding fastener heavy duty, type DFCY and DFPY is also possible and is performing even better on pull-out and shear-off but most of all, is cost saving!
Always check the right adhesive to use in function of the materials, temperatures, humidity and chemicals that can come in contact during the life of your application.
How to attach without drilling?
An bonding fastener is designed to be attached to composite, metal, and plastic surfaces without the need for drilling holes. The standard range includes male stud bonding fasteners, nut bonding fastener, and bonding spacers of various types and sizes, as well as cable ties. This allows easy fastening of cables and hoses. Drilling is unnecessary because this method utilizes a base plate and adhesive. This reduces the potential for leaks as well as cold bridges. Additionally, there is no risk of galvanic corrosion, as they are available in stainless steel (ss316). The use of adhesive does not create tension in the material. Since they can be attached to any adhesive material, this offers design freedom.
Other combinations of bonding fasteners remain possible!
