(6)The ACN clinch nut is designed to be installed into pre-pierced holes. Displacement lobes on the clinch nut force the sheet metal to flow into the locking groove, allowing the top of the sheet metal to remain flat with no indentation and providing the nut with high push out and torque values.
The ACN clinch nut is designed for thicker sheet metal applications from 2mm to 10mm thick, and is compatible with Class 8, 9, & 10 hardware depending on application requirements.
Contact Sherex for inch thread requirements./Asset/ACN.jpg
(5)The ARN riveting nut is designed to be installed into pre-pierce holes. The riveting section of the nut is folded over the sheet metal using a special die button. This forms the sheet metal into the locking groove of the nut, providing high push out, pull through and torque values, even in very thin sheet materials. The nut can be installed using several different installation methods depending on the sheet material thickness, hardness and installation clearance.
Can be used in sheet metal from 0.4mm to 6mm thick, and is compatible with Class 8, 9, & 10 hardware depending on application requirements.
Can be used in mild steel (1008/1010) up to ultra high tensile strength materials (HLSA, AHLSA, DULE PHASE AND TRIP). Can also be used in materials such as steel, plastic, & laments (sound deadening material).
Contact Sherex for inch thread requirements./Asset/ARN.JPG
(4)The ASN clinch nut is designed to be installed into pre-pierced holes. During installation, sheet metal is formed into an undercut section on the nut collar by the die button and the knurled ring. As a result, the nut has high push out and torque values, and space requirement is minimal due to the small outer diameter and flat installation surface.
The ASN clinch nut can be used in sheet metal applications from 1.5mm to 10mm thick, and is compatible with Class 8, 9, & 10 hardware depending on application requirements.
Contact Sherex for inch thread requirements./Asset/ASN.JPG
