Made of Nitronic 60 stainless steel, these inserts prevent the screw from binding or sticking without any coating or lubricant that could contaminate particle-free environments.

A dry film keeps the screw from sticking or binding in these inserts during installation.

These inserts have a high strength-to-weight ratio and resist acids and salt water better than nickel alloy and stainless steel inserts.

A dry film keeps the screw from sticking or binding in these inserts during installation.

Without a prong to break off and retrieve, these inserts are often used where debris could cause damage.

A distorted thread grips the screw to resist loosening.

Assortments include various sizes of helical inserts and a tap, a drill bit, and an installation tool for each thread size.

These kits have short-, normal-, and long-reach inserts, an installation tool, and a tap.

A black-phosphate finish provides mild corrosion resistance.

The strongest key-locking inserts we offer, these inserts are made to stringent military specifications.

Install threads that align with off-center parts. These inserts have floating threads that account for misalignment, allowing you to insert screws at a slight angle as you fasten two parts together.

These inserts come with an installation tool. Drive the keys into the surrounding material for a more secure hold than thread-locking inserts.

Made of 18-8 stainless steel, these inserts have better corrosion resistance than black-phosphate steel.

These assortments include various sizes of thread-locking inserts.

Adhesive on both the internal and external threads keeps these inserts in place and holds screws tight.

Assortments include various sizes of inserts, a soldering iron, a ceramic insulation tube, and installation tips.

Quicker to install than standard heat-set inserts, these inserts go in either way—no need to check which end is correct.

These 18-8 stainless steel inserts have better corrosion resistance than brass inserts and may be mildly magnetic.

Made from brass, these inserts are nonmagnetic, corrosion resistant, and electrically conductive.

These aluminum inserts are 70% lighter than brass inserts, electrically conductive, and nonmagnetic. They have good corrosion resistance, which is comparable to brass but not as good as stainless steel.

Fins cut into the surrounding material for a more secure hold than knurled inserts. Made from brass, they’re nonmagnetic, corrosion resistant, and electrically conductive.

These 18-8 stainless steel inserts have better corrosion resistance than aluminum inserts and may be mildly magnetic.

The barbed sides keep these securely in place even before a screw is installed.

Add strong metal threads to plastic. These inserts have a flange to curb overtightening, so you won’t crack your surface.

Large threads cut into softwood such as particleboard for a strong hold.

Made from brass, these inserts are nonmagnetic, mildly corrosion resistant, and electrically conductive.

These 18-8 stainless steel inserts have excellent resistance to chemicals and may be mildly magnetic.

These 18-8 stainless steel tee nut inserts have better corrosion resistance than zinc-plated steel tee nut inserts.

Create strong threads in wood and plastic that won’t get clogged with paint or debris. These tee nut inserts have a protective plug on bottom to block out substances during finishing processes.

Ridges on the barrel of these inserts make them less likely to split hardwood than inserts with prongs. They're often used in wood that has been cut across the growth rings.

With only three prongs—fewer than our standard tee nut inserts—these inserts are less likely to split hardwood. They’re made of 18-8 stainless steel, so they stand up to mild chemicals and water better than steel inserts.

Hooked prongs give these inserts excellent holding power even when removing screws.

Mount these inserts flush or below the material's surface.

A wide flange distributes the load over a large area. Hammer these inserts into a drilled hole.

Made of 18-8 stainless steel, these rivet nuts withstand water, mild chemicals, and outdoor conditions better than zinc-plated steel nuts. A ribbed body grips surrounding material to hold them in place, keeping them from spinning as you tighten screws.

Originally designed for Formula 1 racecars, these titanium rivet nuts are the best choice when you need a high strength-to-weight ratio—they're 40% lighter than steel nuts.

A ribbed body on these rivet nuts and wedges under the flange bite into soft materials such as brass, aluminum, and composites to prevent spinning when you tighten a screw.

Irregularly shaped threads in these nuts form a tight grip, preventing screws from backing out in vibration-heavy environments.

About twice as strong as aluminum rivet nuts, these low-profile rivet nuts have a cadmium or tin-zinc plating for corrosion resistance.

The most corrosion resistant low-profile rivet nuts we offer, these stand up to chemicals.

Add strong threads to sheet metal and other thin surfaces.

Made of stainless steel, these rivet nuts hold up better outdoors than zinc-plated steel rivet nuts.

To grip all layers of a sandwich panel—the top, core, and bottom—these rivet nuts have a two-piece construction.

To block out moisture and resist corrosion in wet environments, these steel rivet nuts have a PVC plastic flange and a zinc-plated body. Install them in sheet metal with only a screw, no special tools required.

A PVC foam seal under the flange keeps liquids and gasses from leaking between the nut and the surrounding material.

Threads float inside the nut so you can install a screw at a slight angle to align with off-center parts. They’re also known as Riv-Float nuts.

Add strong threads to material that you can't drill or that's too thin to grip a threaded insert. These nuts are ideal for brittle plastics or tough composites, such as acrylic or carbon fiber.

Fit these nuts into channels, corners, and other tight spaces to add strong threads without drilling a hole. They’re ideal for material that’s too thin or too hard and brittle to drill, such as acrylic and carbon fiber.