Connect T‐slotted rails and reinforce joints for structural stability.

Add mounting feet and casters to T-slotted framing structures to level equipment, anchor legs to the floor, or add mobility.

Rails are drilled with consistently spaced holes for multiple mounting options that do not require machining. Use this steel bolt-together framing to build guards, tables, and racks.

Slide the strut channel into the tube for telescoping length adjustments.

This welded, one-piece strut channel combines two strut channels side-to-side.

Run cable and tubing in the tightest spaces with channel that is one-quarter the height and one-half the width of regular strut channel.

Up to two times the height of regular strut channel, this high-profile channel is stronger than regular strut channel.

Push these brackets into strut channel and tighten the included cam screws for a partially concealed connection.

Securely fasten strut channel to the floor.

Serrated grooves grip the lip of the channel.

Also known as insert nuts, these convert slotted holes to threaded round holes and keep them centered in the channel.

When there's no access to the open side of a strut channel, slip one of these nuts through a slotted hole and turn it 90° to secure it in the channel.

Connect two channels to create a stacked channel.

Insert these nuts into the long open side of strut channel and twist to secure. A built-in washer enables one-handed installation.

Push these nuts into place rather than threading them onto a fastener.

Use with hex nuts to connect threaded rod.

Add hardware to strut channel without having to hold the washer in place or reach inside the channel.

Support the corners of strut channel structures.

Position two strut channels at a 30° to 60° angle, then tighten the bolt to secure.

For quick mounting of components, these hangers snap into strut channels for a strong hold and easy repositioning.

Create a four-sided raceway for cable, or give a more finished look to strut channel structures.

Create strong structures by welding this framing together. Add metal panels to close off openings.

Also known as mild steel, low-carbon steel is easy to machine, form, and weld. It's widely fabricated into parts that don’t require high strength.

Made of stiff low-carbon steel to deflect less under load, these H-bars are commonly used in machine bases, construction, platforms, and frames.

4130 alloy steel has a low carbon content that provides good weldability. It's often used for gears, fasteners, and structural applications.

Easier to machine than 52100 alloy steel rods, these extremely hard and wear-resistant tubes are often used to create bearings, bushings, and other cylindrical parts that are under constant stress. They’re also known as chrome steel.

Also known as angle brackets.

Connect wood 2×4s to posts and other flat surfaces.

Interlock brackets to secure panels flush to flat surfaces.

Designed for heavy duty applications, these brackets support metal and wooden handrails on stairs and ramps.

Route pipe, tubing, and conduit across strut channel.

Even when these clamps are installed side by side, the clamping screws remain accessible. Use them to route pipe, tubing, and conduit across strut channel.

Secure insulated pipe to strut channel without pinching the insulation or exposing the pipe. These clamps are sized for use with insulated pipe and have a plastic insert that creates a seal around the insulation to prevent the pipe from sweating, which can cause mold and corrosion.

Support strut channel at a right angle to the beam.

Use these plates where full lengths of track won't fit to create one anchor point.

Heavy duty construction adds strength for higher load capacities than other positioning arms.

Use these components to design your own frame to support ceiling tiles.

Suspend and secure tile frames to the ceiling.

Also known as deck screws, these Phillips screws have a sharp point and narrow body to penetrate softwood and plastic-wood composite decking material.

Thread-forming screws press threads into drilled holes for a tight, vibration-resistant assembly.

Screws are beveled under the head for use in countersunk holes.

These steel screws are zinc plated to resist corrosion in wet environments.

The extra-wide truss head distributes holding pressure to reduce the risk of crushing thin metal.

These steel screws are zinc plated to resist corrosion in wet environments.

Cutting wings under the head allow plastic to expand and contract without cracking. A washer made from aluminum and rubber bonded to steel adds a watertight seal.

The most common heavy hex head screw, these steel screws meet ASTM A325 regulations for structural joints, such as mating I-beams and scaffolding.

When you’ve applied the correct tension, these washers release an orange dye as a visual indicator.

Also known as spiral-shank nails, the shank turns as you drive, so these nails provide a strong hold in hard woods such as birch, oak, and maple.

These nuts are often used in conjunction with an extra-wide hex nut to fasten Grade 9 bolts in heavy machinery, such as earth-moving equipment.

Comparable in strength to Class 12.9 bolts.