Attach threads to material that’s too thin for a threaded insert

Provide smooth travel where high speeds, accurate positioning, and repeatable movement are required

Lock bearing nuts in place to prevent loosening due to vibration

Hold bearings, bushings, pulleys, and gears in place on threaded shafts and spindles

Cover and protect threads while adding a finished look; also known as acorn nuts

Secure panels and enclosures while still having access to them

Two-piece fittings let you modify assembly stations, conveyors, and racks without dismantling them

Apply pressure through a flat-tipped screw to hold material in place

Slide onto the edge of thin panels to create a fastening point

Secure threaded conduit fittings to knockouts in outlet boxes or enclosures

Use with a mounting block to position and secure threaded-body hydraulic cylinders

Form joints in blind holes in wood

Mount components to your enclosure without worrying about leaks

Pair with bolts or threaded rod to lift and hang components

Keep a variety of common screws, nuts, and washers on hand

Secure your workpiece to a fixture table so it won't move during machining

Everything needed to mount workpieces of different sizes to your machine table

The flange distributes pressure, so you don't need a washer

Attach to threaded shafts to quickly turn the shafts by hand

Suspend pipe and other fixtures with wire or cable ties

Used with nuts to create a stronger joint than flat and rounded screws

Flexible and stronger than tubing; often used to convey liquids and gases under pressure

Crimp ferrules onto hose to secure fittings

Create vibration-resistant connections between D-sub cords and panels

Make secure joints between boards, butcher blocks, and countertops

Position, tighten, and secure fixtures and equipment

Position components and limit travel along a lead screw

Move components in a straight line in clamping and heavy duty lifting and lowering applications

Slip onto equipment and furniture to add threaded-stud leveling feet

Resist vibration to prevent fasteners from loosening

Make platforms, bases, and other structures that stand up to more movement than T-slotted framing

Secure pneumatic wheels to axles

Arms give you extra leverage to secure and position jigs, fixtures, and other equipment

Begin turning nuts in hard-to-reach spots

Pair with nutdrivers to turn hex nuts and cap screws

Extremely thin for tight spots such as electrical panels; also known as dress nuts

Generally thicker and more rigid than tubing for distributing liquids and gases through your facility

Pair with precision lead screw nuts to make custom flange nuts that move items along lead screws

Pair with a motor for accurate starts and stops in automated motion and positioning applications

Push into drilled or punched holes to add threads to thin panels

Protect just about anything, including pipe, flanges, screws, and posts

Press nuts and retaining rings onto threaded fasteners and shafts

Press onto threads for a light duty hold that’s faster to install than typical nuts

Disengage the threads to quickly slide along threaded rods

Keep industrial information, regulations, and processes on hand

Thread onto your tool’s arbor to hold a sanding disc against the backup pad

Add threads to thin panels with access from only one side; also known as blind inserts

Install and remove blind, solid, hollow, and other types of rivets

Add threads in hard-to-reach areas and materials that are too thin to be tapped

Attach to rods, pipe, and tubing to make pivot and hinge points

Create more points of contact to handle much higher loads than ball screws and nuts of the same size

Mount with screws, rivets, and nails to add threads to a surface

Quickly switch between driving screws and driving nuts

Prevent leaks and block out contaminants with a rubber seal

Secure setup clamps and fixtures to your machine table or assemble heavy machines

Secure shock absorbers after threading them into mounting blocks

Connect tailpieces, traps, and extension tubing to drains

Fasten with a screwdriver in tight spots where there's no room for a wrench

Compress the legs of snap-in nuts so they're easy to install and remove

Push into square holes in thin materials to add bolts for aligning off-center parts

Install in recessed holes and tight spots where a wrench won’t fit; also known as Allen nuts

Apply torque to turn nuts, bolts, and other fasteners without rounding the heads

Turn fasteners with an external drive style without slipping and damaging the drive

Unthreaded to create space between two surfaces or objects, often to align them

Swivel to attach at any point on a threaded rod for quick installation

Flat sides won’t spin in channels and square holes

Separate, position, or connect components in assemblies

Secure fittings in the U-shaped channel to route conduit and pipe or build other structures

Secure clamps and workpieces to machine tables with quicker setup than a T-slot nut and stud

Scrape debris out of machine table T-slots

Snap into T-slots to block chips, debris, and small parts from falling in

The most versatile system, attach fittings along the continuous slots to build virtually anything

Hard to detach without special tools to prevent unwanted removal

Maintain a supply of extra terminals and splices to join and terminate wire

Block out dirt and corrosion to protect battery terminals

Create new threads or repair stripped threads

Anchor, connect, or hang components in a wide variety of applications

Easy to tighten and loosen by hand for making frequent adjustments

Tighten and loosen by hand without the need for tools

Secure toilet seat hinges to your toilet bowl

Typically more flexible than pipe for carrying liquids and gases in short runs around equipment

Push inside tubes to join them with a threaded stud instead of welding

Twist the body or end fittings to adjust the length and tension of attached rope and chain

Weld to metal surfaces to add permanent threads

Join wire and protect the connection