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Suspend and route flat-bottomed objects such as strut channel and small duct.
Reduce vibration and prevent metal-to-metal corrosion on flat-bottomed objects such as strut channel and small duct.
A secure way to hang threaded rod from a pair of angles, such as those used in ceiling joists, without the need to drill or weld. These clamps are commonly used to suspend HVAC, conveyor, and other overhead systems.
Add a crossbeam for hanging lifting equipment, creating overhead conveyor systems, and supporting structural applications.
Join two beams in a straight line.
These clamps have a fixed hanger for rigid connections.
Suspend material at any angle from the beam. Clamps have a fixed jaw that secures to the beam and a hanger that swivels 360° to position material and accommodate for misalignment.
For centered load distribution, these clamps grip both sides of the beam and hang threaded rod from the middle.
Attach these clamps to the flange of an beam, then hang a threaded rod from the threaded hole.
These clamps rotate 360° and pivot 45° to ensure the rod hangs straight, even on sloped beams.
A toothed clip secures these clamps to the beam—no fasteners required.
Also known as purlin clamps, these clamps are shaped to fit around beams that have a 45° or 90° lip.
Support strut channel at a right angle to the beam.
Clamp to both sides of a beam to add an anchor point for hoists and other overhead equipment.
Attach these light duty hangers to beams and other structural elements. They include a stiff wire for supporting ceilings, lighting fixtures, and other lightweight material.
Install these two-piece collars square shafts.
Install and remove these shaft couplings without disconnecting the shafts, motors, and other attached components—they’re made in two pieces so you don’t need to slide them onto shaft ends. They’re also useful when you have limited access to the ends of the shafts.
With no handle or protruding screw, these clamps can fit into tight spaces.
Turn the handle to tighten these multipurpose tools for strong clamping in nearly any application.
These clamps have twice the capacity of standard C-clamps.
With five times the capacity of standard C-clamps, these are the highest capacity clamps we offer.
These clamps are made of stainless steel for excellent corrosion resistance.
Lighter weight than other metal clamps, these are less likely to bend thin material.
A bright finish makes these clamps easy to see.
Plastic clamping surfaces prevent damage to material.
All components of these clamps are made of aluminum-bronze that is Factory Mutual approved. They satisfy OSHA requirements that specify nonsparking tools for locations where flammable vapors and combustible residues are present.
Three screws apply pressure to three sides of a workpiece.
Made entirely of fiberglass, these clamps won’t transmit electricity and are chemical resistant. They're often used around electrical equipment as well as in plating and anodizing applications.
The clamp body is extra-slim to fit into narrow openings.
Clamp farther in from the edge of a workpiece than with other C-clamps.
The jaws move in unison to apply even pressure and prevent twisting.
Apply pressure to the side of a workpiece as well as the top and bottom.
Hold the workpiece down against a bench or table.
For repetitive clamping, turn the holding screw to adjust the opening size one time, and then use the handle to secure and release workpieces.
Replace a fixed clamping surface with a swiveling pad that compensates for uneven workpieces.
Press the quick‐release button and slide the screw into position to make adjustments in less time.
The matching jaws are ground flat for a firm grip and even pressure when clamping smooth surfaces.
Each jaw can be positioned at an angle to hold round, angled, and odd-shaped material.
Create a grounding path to prevent static charge buildup.
Designed specifically for use with welding circuits.