How To Rivet

Statement of  POP® - Emhart Teknologies

 

 

 

Blind Fasteners

In today’s rapidly changing environment, Emhart Teknologies customers face many challenges when selecting the best assembly systems and components. With global experience in blind fastener techniques, Emhart can meet those challenges with an ever-developing breadth of products and systems.

Blind Rivets

The ability to set rivets without the need for access at the back of the work makes their use mandatory in many instances. The many additional advantages of blind rivets from POP® also make them the logical choice in applications where the blind rivet setting feature is not of primary importance. HOW TO RIVET?

Blind Rivet Nuts

POP NUT blind rivet nuts can be installed into sheet metal, tubing, extrusions, plastics, and other materials to provide strong, reliable internal threads in applications that require subsequent component assembly.

Threaded Inserts

The WELL-NUT® threaded insert is a flanged chloroprene bushing with a brass machine nut molded into one end. Tightening a conventional machine screw threaded in the brass nut causes the insert to expand, making a secure fastening.

The JACK NUT® threaded insert is an economical blind fastener designed for assembly line use in thin, soft, or brittle materials. When tightened, the body collapses to form four legs which grip the inside of the mounting surface, leaving a permanent, reusable threaded insert.

Blind Rivets, Blind Rivet Nuts & Bolts

Masterfix owes its excellent reputation to their successful distribution of the broadest range of high-quality blind rivets, blind rivet nuts, and bolts in the business against competitive prices on a market-leading service level. The same goes for their line of accompanying hand and power tools.

Internal Locking Thread Systems

Spiralock® is a technologically superior fastening system ideally suited for threaded joint applications subjected to heavy shock and vibration, extreme temperatures, long hours of strenuous operation, and millions of loading cycles without the opportunity for retightening.