The built-in contact block in these switches extends behind the panel half the depth of most other 22 mm switches, saving valuable space.

A single-piece construction prevents the contact block from separating from the actuator in high-vibration applications.

Install in 16 mm dia. cutouts.

Because these switches mount flush against a panel, they're easy to clean and hard to damage.

The face of these switches mounts flush against a panel, so they're easy to clean and hard to damage.

Immediately cut power with a single push.

Save space on a panel by using one switch to perform multiple switching functions.

Also known as tactile switches, these are small enough to fit inside a computer keyboard.

Operate low-voltage devices that require less than 48 volts, such as doorbells and buzzers.

Install in 12 mm dia. cutouts.

With a stainless steel enclosure, these switches are more durable than aluminum and plastic. They're rated NEMA 4X for protection from corrosion and washdowns.

Rated NEMA 3S, NEMA 4X, NEMA 13, and IP66, these plastic switches resist corrosion better than aluminum switches and withstand washdowns and oil/coolant spraying.

A red light flashes when the actuator is pushed, making it easy to see from a distance. They're rated IP65 for protection from washdowns.

Often used to trigger alarms, these switches have a recessed button to prevent accidental activation. Mount under desks or in other discrete locations to avoid drawing attention.

Immediately cut power with a single push.

Choose an actuator and contact block to make your own 30 mm switch.

Choose an actuator and contact block to make your own 22 mm metal switch.

An infrared light beam senses the lightest finger contact to switch a circuit on or off.

These switches withstand temporary submersion.

Control cranes and other mobile machinery in dirty, outdoor, and wet environments without damaging your switch.

A durable rubber housing covers the buttons and protects these switches from impact.

Combine a push-button actuator with a switching mechanism to build a complete switch.

Kits include a hand punch tool with die and six complete snaps.

Pair these male snap halves with female snap halves to make a complete snap.

Once installed, these fasteners provide a male snap half on both sides of your fabric. Create a complete snap by joining each male side with a female snap half for a finished look on assembled layers of fabric.

Kits include a hand punch tool with die and six complete snaps with tapping screw studs.

The threaded stud installs in threaded holes.

Peel off the backing and stick these male snap halves to flat or curved surfaces.

Use screws to secure these bases in a solid surface.

Drive the threaded stud into a solid surface.

Access to both sides of the material is required for installation.

Also known as slam rivets, the two heads provide a finished look on both sides of your material.

Sized to fit snugly around pipe and tube, these pins use spring force to keep the retainer closed.

Use a screwdriver to install these receptacles in a threaded hole.

When you can't drill a through hole, use one of these flanged receptacles to provide a permanent, blind hole for a quick-release pin.

Press these catches into a hole.

Insert these plugs into the drive socket to block debris and provide a finished look.

Support and position workpieces and fixtures from the bottom or side. These buttons press into a drilled hole for permanent installation.

Support rounded or irregularly shaped workpieces from the bottom or side with minimal contact.

With a larger contact surface than locating and support buttons, these pads can support large workpieces and fixtures. They're also known as rest pads.

The push buttons that operate these valves are separate from the logic unit, allowing you to position them away from machinery. Since both hands are required to simultaneously press the buttons, they protect workers from accidental machinery start-up. They create one action, such as extending a cylinder.

Often used to extend and then retract a cylinder at different speeds, these valves create two actions and have two exhaust ports, which allows you to control the speed of each action by attaching a flow control valve to each exhaust port. Also known as 4-way and 5/2 valves.

Made of steel, these are our most durable plugs for panels. Tapered prongs snap into the hole to securely hold them in place.

Vents in the top allow air circulation and permit heat and fumes to escape. These plugs have tapered prongs that snap into the hole to securely hold them in place.

The wings on these plugs expand against the sides of a hole to form a liquid-tight seal. Pierce the plugs with round wire, cable, or tubing and they function as a grommet to create insulated holes.

These plugs are see-through to provide visibility and light transmission. They have wings that expand against the sides of the hole to lock them in place.

Safeguard internally threaded BSPT connections from contaminants during fabrication and storage.

These plugs withstand temperatures up to 600° F to protect internally threaded NPT connections from contaminants during electropainting, paint baking, and powder coating applications.

The hollow construction allows these plugs to compress for a snug fit in threaded and unthreaded holes.

Keep equipment safe from electrical currents with these plugs that have a surface resistivity of less than 10¹² ohms.

These plugs have excellent chemical resistance for masking parts during chemical finishing applications such as plating and anodizing. Use the smaller end of the plug to pull the larger end into a through hole to form a tight seal.

Good for electroplating, paint baking, and powder-coating applications, these plugs withstand temperatures up to 600° F. To form a tight seal, use the smaller end of the plug to pull the larger end into a through hole.

Flexible ridges or straps hold these plugs in place and allow them to fit a range of hole diameters.

The hollow construction allows these plugs to compress for a snug fit in threaded and unthreaded holes of varying diameters. Good for electroplating, paint baking, and powder-coating applications, they withstand temperatures up to 450° F.

Place a plug into an opening and tighten the wing nut—the sides expand to create a seal in holes of varying diameters. Good for paint baking and powder-coating applications, these plugs withstand temperatures up to 450° F.

The hollow construction allows these plugs to compress for a snug fit in threaded and unthreaded holes of varying diameters.

Lightweight and moisture resistant, these plugs are laboratory-grade 100% natural cork. They’re tapered to fit a range of hole diameters.

Sized to fit small openings, these tiny plugs fit snugly but can be removed easily using the flange. Their tapered design fits a range of hole diameters.

These plugs have excellent chemical resistance for masking parts during chemical finishing applications such as plating and anodizing. Their tapered design fits a range of hole diameters.

Flexible ridges securely hold these plugs in place and allow them to fit a range of hole sizes.

Flexible ridges or straps hold these plugs in place.

More durable than plastic plugs, these provide the most protection from abrasion and impact. Use them to eliminate sharp edges and create a finished look on metal fence and machine-guard posts. Drive them in place with a hammer for a secure fit.

More durable than plastic caps, these provide the most protection from abrasion and impact.

Made of rigid plastic, these caps are more wear resistant than vinyl caps but not as flexible.

A long, textured pull tab provides a sure grip for quick removal even when wearing gloves.

Slide these caps over a tool handle or other round object and use the eye to hang it.

Keep equipment safe from electrical currents with these caps that have a surface resistivity of less than 10¹² ohms.

Good for electroplating, paint baking, and powder-coating applications, these caps withstand temperatures up to 440° F or 570° F.

Keep tapered caps of various sizes on hand to solve whatever problems arise. These flexible plastic caps are tapered to fit a variety of unthreaded and threaded objects.

These flexible plastic caps are tapered to fit a variety of unthreaded and threaded objects.

Made of rigid plastic, these caps are more wear resistant than vinyl caps but not as flexible.

Guard the corners of fragile materials such as glass and mirrors.

Made of rigid plastic, these caps provide more wear resistance to the ends of angle iron than vinyl caps but are not as flexible.

Tug on the pull tabs to stretch these caps onto the tips of bottles, beakers, flasks, and cylinders, creating an airtight seal.

Designed for propane tanks such as those on forklifts and grills, these caps protect tank valves during storage and transit. Push the caps onto the valves, then tear their tab to break the seal for easy removal.

Push these caps onto pipe and fittings, then tear their tab to break the seal for easy removal.

Permanently seal pipe, tubing, conduit, and even crimped electrical connections. Slide these flexible caps on and use a heat gun to tightly shrink them to the shape of whatever they are covering. Their outer surface shrinks while the inner wall flows into voids to create a sealed connection.

Conceal and protect the tops of socket head or button head screws.

Pin holes on the side of these caps let you insert an installation tool for increased leverage when tightening, making them difficult to remove.

To conceal and protect the entire screw head, insert your screw through the hole in the base and snap on the top.

Stick these caps on the raised surfaces of flanges or other flat surfaces for extra protection during transport and storage.

Protect SAE hydraulic flanges during shipping, storing, and finishing applications.