The Avdel Avdelmate® rivet is a two-piece wide-grip, breakstem fastener suitable for a range of applications in soft, thin sheet and brittle materials. The Avdelmate fastener is a new extension to the Avdel rivet portfolio that provides a targeted solution in certain niche market applications. Avdelmate fasteners provide a secure clamp without crushing the parent material and good hole fill due to the radially expanded rivet body. This makes the Avdelmate fastener ideal for stadium seating, furniture, playground equipment and racking applications.
Key features and benefits
Extra-wide grip range from 15.8 mm to 98.4 mm (5/8" to 3-7/8")
Large bearing area against both sides of the application spreads the tail bearing load/clamp load on the rear sheet to prevent damage
Clamps tightly and securely without crushing parent material
Excellent hole fill via radially expanded rivet body for a strong and vibration resistant joint
Rivet stem retained in tubular component avoids loose stems
Low profile headform on both sides of the application for a neat appearance
All aluminium parts.A two piece breakstem fastener consisting of a rivet and tubular section which provides a wide grip range, controlled clamp and a large bearing area on both sides of the application. Avdelmate can cope with joint up to 98 millimetres thick. Ideal for use in soft, brittle or low strength materials.
Aluminium rivet with steel stem and aluminium shellA two piece breakstem fastener consisting of a rivet and tubular section which provides a wide grip range, controlled clamp and a large bearing area on both sides of the application. Avdelmate can cope with joint up to 98 millimetres thick. Ideal for use in soft, brittle or low strength materials.
All steel rivet and steel shell. A two piece breakstem fastener consisting of a rivet and tubular section which provides a wide grip range, controlled clamp and a large bearing area on both sides of the application. Avdelmate can cope with joint up to 98 millimetres thick. Ideal for use in soft, brittle or low strength materials.