Threaded Blind Rivet Nut GESIPA A2 M8 x 11 x 17 mm Standard KS for 0.25–3.5 mm materials, pack of 100

GESIPA A2 threaded blind rivet nut M8 (11 x 17 mm body) Standard KS is a stainless steel insert designed to form an internal M8 thread in thin materials with thickness from 0.25 to 3.5 mm. Supplied in a pack of 100, these rivet nuts allow secure, load-bearing threaded connections where only one side of the workpiece is accessible. The A2 stainless steel construction offers corrosion resistance suitable for many indoor and outdoor applications, while the Standard KS body size provides a reliable flange and shank profile for consistent installation in sheet metal and panels.

Advantages

Made from A2 stainless steel, the rivet nuts combine corrosion resistance with mechanical stability for a durable threaded connection. The blind installation design enables fastening from one side, eliminating the need for rear access and speeding up assembly. The Standard KS body dimensions (11 x 17 mm) are optimized for consistent pull-up and deformation, ensuring repeatable results across thin materials between 0.25 and 3.5 mm. Supplied as a pack of 100, the set supports multiple fittings and reduces frequent reordering for larger jobs.

Suitable for

Key specifications

How to use

Drill or punch an appropriately sized hole in the material according to the body diameter, insert the rivet nut into the prepared hole so the flange sits flush against the surface, and use a compatible blind rivet nut tool to set the insert. Pull the mandrel until the body deforms and clamps to the sheet, then break off the mandrel. After installation, the internal M8 thread is ready to accept standard M8 bolts or fasteners.

Recommendations

For reliable performance, select the correct hole size for the 11 x 17 mm body and verify material thickness is within 0.25–3.5 mm. Use a tool rated for M8 blind rivet nuts to achieve proper deformation and clamp force. For outdoor or corrosive environments, confirm A2 stainless steel meets the required corrosion resistance for the specific application.