Standard rivet nuts install through their mounting surface and create female-threaded mounting points. They feature a weakened section in their bodies that, when installed, crumples and forms a ring of contact on the blind side of the mounting surface.

Twist-resistant rivet nuts install through mounting surfaces and create a female-threaded mounting point. They feature flat faces, similar to a hex nut, that wedge against the mounting surface and resist rotation. They are commonly used for high-torque applications that would cause regular rivet nuts to spin in place.

Low-profile rivet nuts install into mounting surfaces and provide a flush-fitting female-threaded mounting point. They sit flush with the exposed side of the mounting surface, eliminating snags and providing a clean appearance. They are commonly used where clearances and space are limited.

Low-profile twist-resistant rivet nuts install through their mounting surface and provide a flush-female anchor point that resists unwanted rotation. They feature flat faces that wedge against the mounting surface to resist rotation and mount flush to the mounting surface. They are used for high-torque applications where space is limited.

Heavy-duty twist-resistant rivet nuts install through a mounting surface and provide a solid female-threaded mounting point. Their bodies are made with toughened materials and feature flat faces similar to a hex nut that grip the mounting surface and prevent rotation. They are commonly used for high-torque and heavy-load applications.

Thread-sealing closed-end rivet nuts install through their mounting surface to create a female-threaded mounting point. Their internal end is fully enclosed, preventing leakage through the threaded portion of the nut. They are used to produce female-threaded mounting points in low-pressure vessels or fluid tanks.

Aligning rivet nuts install through their mounting surface and provide a female-threaded anchor point. Their threads are machined into a floating section that moves freely within the nut. This allows them to provide holding power while adapting to slight misalignments and size errors.

Bulbed-body rivet nuts for plastics and composites install through their mounting surface and create a female-threaded mounting point. Their bodies feature scoring along their length that splits and creates legs on the blind side of the mounting surface. This spreads their mounting force over a wider area, reducing the chance of damage to the mounting surface. They are used to create metallic mounting points in softer plastics and composites.

Jack nuts install through thin or brittle mounting surfaces and provide a female-threaded mounting point. They are installed using specialized tools that collapse the nut against the blind side of the mounting surface. This spreads out the nut and provides the clamping force used to hold the nut in place.

Insulating well nuts install into holes in the mounting surface and form a seal when a male-threaded fastener is inserted and tightened down. They are made of flexible sealing materials like rubber or neoprene with a female-threaded section that connects with the mounted screw or bolt. They seal the fastener mounting holes and electrically insulate the mounting surface from the connected hardware.