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Mount these clamps to a bench top or other surface to keep workpieces in place.
A nonreflective black oxide finish prevents glare that can interfere with machine vision systems.
Hold workpieces of slightly different thicknesses with one clamp. These clamps automatically adjust to compensate for imperfections or small inconsistencies on the material’s surface.
Push the lever to lock the handle and prevent accidental opening.
The handle locks in a horizontal position for more clearance above the clamp than standard hold-down toggle clamps.
Reduce the chance of getting pinched when unclamping. These clamps have more space between the handle and the arm than other low-profile toggle clamps.
Hold workpieces of different thicknesses without adjustment.
A highly durable construction with hardened steel pivot pins and bushings provides a long service life.
Often used when assembling small parts, these small clamps have the holding strength of a full-size clamp.
Bolt to the side of an object. Often used to clamp lids and covers on containers.
Weld these clamps to the side of an object or drill your own holes in the mounting plate and bolt into place.
Two sets of mounting holes allow mounting on the bottom or side.
Mount these clamps below a surface.
The mounting base secures these clamps to a rail or bar.
The handle locks in a horizontal position for more clearance above the clamp.
These clamps have mounting holes on the bottom.
Suitable for production applications, these clamps have double the service life of other air-powered toggle clamps.
Replace worn screws or customize your clamps.
Attach one of these nonmarring rubber or plastic tips to prevent a metal holding screw from damaging workpiece surfaces.
Mount the base to a work surface using screws.
The base fits into round or square holes on most workholding tables for clamping anywhere on the work surface.
Push or pull the plunger to hold your workpiece from the side.
Smaller than standard push/pull toggle clamps, these are often used for electronics and small fixturing applications.
Pull the handle backward to push the plunger forward. These clamps secure when the plunger is fully extended to hold your workpiece from the side.
Smaller than standard push toggle clamps, these are often used for electronics and small fixturing applications.
Secure your workpiece from the side by fully extending the plunger, and push a lever to lock the handle in place.
Moving parts are protected by a metal cover when the clamp is engaged to prevent dirt and dust from clogging the clamp.
The handle can be rotated 125° for easier access or extra clearance above the clamp.
Panel mount through a hole with the included nut, or drill and tap a hole to flush mount. A pushing or pulling motion holds workpieces from the side.
Secure these clamps to a rail or bar.
The plunger can be locked at any position along its travel.
Drill a hole to mount these clamps through a surface and secure the mounting flange with screws. The plunger can be locked at any position along its travel.
Use for repetitive clamping and in production environments or hard-to-reach locations.
Turn the handle to tighten these multipurpose tools for strong clamping in nearly any application.
With five times the capacity of standard C-clamps, these are the highest capacity clamps we offer.
These clamps have twice the capacity of standard C-clamps.
These clamps are made of stainless steel for excellent corrosion resistance.
A bright finish makes these clamps easy to see.
Lighter weight than other metal clamps, these are less likely to bend thin material.
Plastic clamping surfaces prevent damage to material.
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.
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.
With no handle or protruding screw, these clamps can fit into tight spaces.
Clamp farther in from the edge of a workpiece than with other C-clamps.
Three screws apply pressure to three sides of a workpiece.
The clamp body is extra-slim to fit into narrow openings.
The jaws move in unison to apply even pressure and prevent twisting.
Hold the workpiece down against a bench or table.
Apply pressure to the side of a workpiece as well as the top and bottom.
Press the quick‐release button and slide the screw into position to make adjustments in less time.
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.
Squeeze the handles to open the clamp; release and the spring holds it tightly in place.
These clamps meet DIN VDE 0680-1 for protection against accidental contact with live electrical circuits.
Clamp thin materials, or use in tight spaces.
Press the lever to lock the clamp onto material.
The long, narrow jaws clamp farther into a workpiece and in tight spots.
Hold large workpieces with a standard-size clamp. Slide the jaws to adjust the opening size.
Attached to an arm you can flex into position, these clamps hold objects such as a flashlight, tool, or instructions.
Extend the handle to reach the clamp into tight spaces.
Turn the knob to adjust the opening size.
Squeeze the handles and the jaws will automatically adjust to fit your workpiece.
Slide the upper jaw to adjust the opening size. These clamps hold larger workpieces than other locking plier clamps of similar size.
A removable, heavy duty steel base plate provides a flat, durable clamping surface. Carry it where needed or mount the base plate to your workbench.
Mount to the top of your workbench.
Press the lever down to lock these clamps, which fit in tight spaces and hold thin materials.
Angled jaws clamp sheets, bars, and U-channels at 90°.
The jaws on these tools apply outward pressure for use as a spreader.
The long, pivoting jaws let you clamp farther into your workpiece and in tight spots.
Use these tools for light duty clamping. Squeeze the handles to open; release to close.
For repetitive clamping, turn the holding screw to adjust the opening size one time, and then use the handles to secure and release workpieces.
Hold lightweight objects, secure covers, and seal bags.
Clamp thin sheet material together without drilling holes. These clamps open with special pliers and spring closed when the pliers are released.
Set includes 12 clamps and the installation pliers required for positioning and removal.
The clamping arm slides freely along the bar for quick, one handed positioning. Tighten the screw onto a workpiece and the arm locks in place.
These clamps have twice the capacity of standard fast-action bar clamps.
For the most demanding jobs, these clamps have almost five times the capacity of standard fast-action bar clamps.
Pull the handle to lock the jaw in place and prevent loosening caused by vibration.
Press the trigger to slide the clamping arm along the bar. Release the trigger and squeeze the pistol-grip handle to lock the clamp in place.
Pull the lever to slide the clamping arm along the bar; release to lock in place.
Hold up to five times the capacity of standard bar clamps. These are also known as I-beam clamps.
Place the arms on a pipe that is threaded at one end and at least 12" long to create your own bar clamp.
All adjustments can be made from one end, allowing clamping in tight spaces.
Press the trigger to slide the clamping arm along the bar. Release the trigger and squeeze the pistol‐grip handle to lock the clamp in place.
Each arm slides freely for quick, one-handed positioning. They lock when the screws are tightened onto a workpiece.
The large, flat jaws remain parallel when clamping to apply even pressure without denting or marring the workpiece. Pull the handle to lock or release the clamping arm.
Clamp much farther in from the edge of the workpiece than with standard bar clamps.
Attach to your bar clamp to hold material on three sides.
Two swivel pads on each jaw pivot to grip nearly any shape of material.
Also known as J-clamps, these provide additional clearance to reach around obstructions and clamp workpieces in recessed areas.
Fit the draw arm over a latch plate and pull the handle to clamp.
Mount the clamp on a lid and the latch plate on the side of a container.
Eliminating the need for step blocks or other rear support, the pivoting rocker clamps workpieces of various thicknesses.
Use with T-slot nuts or bolts and a support to secure a workpiece, vise, or fixture to a machine table.
Instead of a step block, support these clamps using a screw, leveling mount, or any other threaded object.
The stepped end provides support and quick height adjustment when paired with a step block.
Good for occasional machining, economy kits contain lower-strength components than standard kits.
Get everything needed for basic workholding on a machine table.
Keep setup clamps from falling out of position when they are unclamped—the spring holds them up for quick workpiece insertion and removal. Also known as spring lifters.
Use these blocks to support setup clamps. Fit the nonslip steps together for quick height adjustments.
Designed to provide more clearance above the nut than standard clamps, these have an offset shape. Also known as gooseneck clamps.
The offset shape provides more clearance above the nut than standard clamps. Also known as gooseneck clamps.
Position these clamps between two workpieces, vises, or fixtures and secure both to your machine table using T-slot nuts or bolts.
A plastic pad on the gripping surface of these clamps prevents workpiece marring, making them useful for holding polished surfaces and reducing the need for secondary finishing steps.
Making minimal contact with the workpiece while holding securely, these clamps are good for small parts and can clamp into holes and notches.
Unlike other setup clamps that grip the horizontal surface of a workpiece, these clamps have a pivoting ball in the tip to get a firm hold on angled parts.
Also known as toe clamps, these grip the side of a workpiece to leave the top free for machining.
The built-in T-slot nut on these side clamps lets you clamp a part to a machine table quickly. Their small footprint leaves more free space on your table than standard side clamps.
An alternative to setup clamps, these heavy duty clamps have high holding power to secure workpieces during machining.
Use these clamps to hold large round parts for machining. Each clamp comes with five lengths of chain that combine to accommodate different size workpieces.
Smaller than standard setup clamps, these clamps leave more usable space on a machine table when mounting a vise.
The spring-loaded tips on these clamps swivel in all directions to make maximum contact with angled and uneven workpieces.
Attach to the end of a screw or threaded stud to apply uniform pressure on uneven and angled surfaces. Also known as toggle and swivel-foot pads.
The contact area is covered in plastic to protect soft metal and polished surfaces. Attach these tips to the end of a screw or threaded stud to apply uniform pressure on uneven and angled surfaces. Also known as toggle and swivel-foot pads.
Attach to the end of a screw or threaded stud—the serrated face swivels to grip uneven and angled surfaces. Also known as toggle and swivel-foot pads.
When loosened, you can spin the body of this clamp around its mounting point for better access to the workpiece.
Also known as press screws, mount these clamps through a drilled hole and turn the crank to move the jaw end of the screw in and out.
Combine fast-threading components to build a clamping assembly.
Hold a workpiece securely from the side with minimal contact, leaving more of the workpiece free for machining.
Machine these clamps to match the contours of your workpiece and turn the screw to grip.
Unlike the smooth and flat edges of standard fixture clamps, these clamps have ridges that bite into parts, making them good for gripping castings and rough-cut stock.
Install these clamps into a slot in your fixture to grip at the bottom of a workpiece edge, giving the cutting tool maximum access.
Machine these fixture clamps to match the contours of your workpiece for a stronger grip.
Set one of these clamps between two workpieces in a fixture and tighten the screw to push the clamp's sides out for a secure hold.
Machine these fixture clamps to match the contours of your workpieces for a stronger grip. Place the clamp between the two workpieces in a fixture and tighten the screw to extend the sides of the clamp, creating a secure hold against both workpieces.
Tighten the spring-loaded socket head cap screw on these clamps to hold your workpiece from above.
Screw these clamps directly into a tapped hole in a fixture.
Mount using the holes in the base.
Secure a workpiece from the inside, leaving the outside clear for machining.
These clamps wedge against the workpiece ID to grip cast, unfinished, or uneven parts, leaving the outside clear for machining.
Build these components into fixture plates, machine subplates, and tombstones for quick changes. The system clamps and locates at the same time for accurate positioning with repeatability of ±0.0005".
Quickly align, level, and join two flat surfaces. Use the suction cups to grip pieces of material and turn the handle to bring them together.
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.
Switch the magnets on these clamps on and off for easy placement and removal of your workpiece.
Hold magnetic workpieces in place with these clamps.
Each arm has a handle for turning the magnets on and off.
Sized for small parts and tight spaces, these clamps have a pivoting pad at each end to hold workpieces at any angle up to 180°.
Two clamps connected by a pivoting arm hold workpieces at nearly any angle.
Clamp workpieces from the outside at a 90° angle, leaving the inside free for welding or fabrication.
Hold and align up to three workpieces at 90° angles.
Hold workpieces at a 90° angle.
With five times the capacity of standard corner clamps, these secure two workpieces at a 90° angle.
Clamp up to three workpieces at 90° angles.
An easy-to-tighten band encircles and holds round and odd-shaped objects with even pressure.
Hold pipe and fittings together for tack welding.
The open clamp design permits welding around almost the entire pipe circumference. A combination of chains and support bars hold a variety of pipe sizes.
Insert these clamps into drilled holes in sheet material to grip and align when riveting or welding.
Sets include clamps with different ODs as well as installation pliers.
The head tilts and locks in place to hold work at an angle.
For large workpieces, these vises open three times as wide as standard tilting-head vises. Tilt and lock the head to position work at an angle.
Two vise heads tilt and rotate 360°, locking in place to hold work at any angle.
Rotate the head 360° to use three different vise jaws and lock workpieces in position at 45° intervals.
Hold tiny workpieces in these compact vises.
Use these vises for general purpose workholding.
For big jobs, these vises have a wider jaw opening, deeper throat depth, and larger footprint than standard vises.
A bright yellow vise body stands out on the shop floor.
Designed for outdoor use, these vises have a finish that resists corrosion.
The movable jaw can be repositioned to extend the jaw opening. Pull out the entire sliding section and insert it on the opposite side of the vise.
Made of 304 stainless steel to stand up to washdown environments, such as food and beverage production, these are the most corrosion-resistant vises we offer.
Insert these one-piece grooved liners between vise jaws to hold small-diameter material vertically.
Choose from flat and grooved liners.
These V-shaped liners hold large round material.
Fold the pliable tabs over the jaws to install.
Hold your smallest workpieces in these vises, which have a clamp-on base for quick installation and removal from a benchtop.
Quickly install and remove the clamp-on base from a benchtop.
Replace worn flat and V jaws.
Also known as woodworkers' vises, these mount to the underside of your workbench and sit flush with the surface.
Clamp tubing into these holders to keep it steady while you cut, flare, or expand the end.
Secure small parts in spring clamps to keep hands free for soldering, gluing, and assembly.
Build a custom clamping system for holding lightweight objects such as beakers and laboratory equipment.
Keep parts in position for machining by mounting these workstops to your vise jaws.
Attach these workstops to the side or top of your vise to keep parts in position for machining.
Mount these workstops into slotted vise jaws—they hold workpieces in place and prevent horizontal movement during machining.
Turn the handle to move the jaw on these basic vises.
Push the handle to slide the jaw into place for quicker setup than standard drill-press vises.
The base and three sides of the vise are ground flat, enabling mounting on its base, either side, or upright.
The dials on these vises are graduated in smaller increments than standard cross‐slide drill‐press vises for finer adjustment. Use to precisely position work on X and Y axes.
Use the adjustment dials to ensure your work is accurately positioned on X and Y axes.
Tilt and lock the vise to hold work at any angle up to 90°.
Arrange the included pins in a series of holes to position a part at any angle and hold odd-shaped parts securely.
Made from unhardened aluminum or steel, machine these jaws to fit the contours and curves of your workpiece.
The V‐shaped recess holds round material securely for machining.
Significantly cut down on jaw changeover time—this two-part system lets you swap out jaws in less than 30 seconds. Mount the jaw plates to the vise and slide the dovetailed jaw stock in and out of the plates.
Hardened for wear resistance, these steel jaws are replacements for the ones that come installed on your vise.
Hold workpieces steady with these vise jaws—they work with slot-mount workstops so you can quickly position, adjust, and change out your workpieces.
Quickly move parallels in and out of these jaws to raise your workpiece within the vise. Mount jaws to the vise, slide the mating parallels in place, and rest your workpiece on top.
Use these vises for reliable workholding on CNC machines.
Store vise handles near your milling machine.
Maintain your vise by replacing seals, springs, and other commonly worn parts.
Replace worn, broken, or lost handles.
The vise body and stationary jaw are one piece for high repeatability, even under heavy clamping loads. Ground flat on the base and three sides, these vises ensure accuracy whether mounted on the base, either side, or upright.
Mount to a machine table to rotate a vise 360° in 1° increments.
No need to prepare this material before machining parts in dovetail vises—the dovetails and locating slots are already cut in.
Designed to hold your part on 4- and 5-axis milling machines, these vises provide rigid clamping while exposing five full sides of the workpiece. This allows even complex parts to be completed in a single operation. You must cut a dovetail into your material before the vise can grip it.
The small size allows multiple vises to be mounted on a single machine table. Frequently used in 4- and 5-axis milling machines, these vises have stepped jaws with serrated teeth that firmly grip just a small portion of your workpiece.
The jaws move inward at the same time to consistently position your workpiece in the center of the vise.
Compressed air controlled by a foot pedal allows hands‐free operation. Use these vises in production applications with frequent insertion and removal of workpieces.
Reliably hold workpieces with these basic machine vises.
Tilt the head on two axes and rotate the base to position your workpiece at almost any angle.
Also known as vacuum chucks, these plates secure thin and flexible parts that can’t be held with vises or clamps for milling, drilling, routing, and finishing operations. Connect the system to your shop’s compressed air supply and it's ready to use.
The entire surface of these plates is magnetic to provide a powerful hold for grinding, drilling, and electrical discharge machining (EDM). Pull the handle to switch the magnets on and off.
To grind, drill, lightly mill, and machine parts that rotate around an axis, these chucks hold parts in place magnetically so you can access their inner and outer diameters.
Designed for precision grinding and inspection, the construction of these vises ensures workpieces are held perfectly square. They are also known as toolmakers’ vises.
Jaw are serrated or grooved to firmly grip workpieces.
Plastic jaw inserts prevent damage to the workpiece.
Squeeze the body to open the flat jaws; release to grip.
Arrange the pins in a series of holes to grip parts with angled or uneven sides.
Clamp and unclamp with one hand by sliding the knurled ring forward to close the collet.
Sets include four vises with different opening sizes. A hollow body allows wires and rods to pass through.
Pass wires and rods through the hollow body of these vises.
Each end of the vise has a collet to hold a different tool—turn the collar to close the collets around them.
A rubber-covered body provides a comfortable grip. These vises have a rotating end cap on the handle that allows you to apply constant pressure while turning the body of the vise with your fingertips.
Press the rotating end cap on the handle with your palm to apply constant pressure while turning the body of the vise with your fingertips.
Notches on the jaws hold round material on its outside diameter.
Three chuck‐style jaws clamp around your part.
A wide opening, large throat depth, and grooved jaws accommodate circuit boards and other flat objects.
Secure these heavy duty vises to the back of a truck to clamp at your job site.
Lift the end of these sine vises by placing gauge blocks underneath—they hold tools and workpieces at precise angles for grinding, cutting, and inspecting.
Steel jaws secure round workpieces such as pipe, tubing, and conduit.
The jaws are rubber coated to prevent damage to pipe and other round workpieces.
Set up the tripod wherever you need to work.
Keep clean rooms free of contaminants. These tripod-mounted vises have rubber-covered jaws that prevent metal-to-metal contact and a plastic-encased chain that seals in lubrication.
Slide 1/4"-20 hex head screws anywhere along the track to create mounting points for clamps and jigs.
Add components such as clamps, brackets, stops, rests, mounting plates, fixturing squares, risers, and V-blocks to build fixtures for welding and assembly.
Mount workpiece holders, light machinery, collaborative robots, and other components onto these tables to create custom workspaces, no drilling or tapping required.
Foldable for transport and storage, use these tables as a sturdy work surface for welding, assembly, cutting, and other tasks around your facility.
Mount these versatile blocks to any flat surface for machine table-style T-slot clamping. They can also be used on a machine table to clamp parts at specific angles or add more total clamping points.
Hold and support round workpieces.
Place into larger V-blocks to hold small shafts and cylinders. Sets include two clamps that fit different diameters.
Use these pairs of blocks to support long, round workpieces—secure with the built-in clamps.
Easier to machine than hardened steel, these blocks can be customized to fit a workpiece.
Use this block to hold workpieces at precise angles.
To hold and support large or small round or cylindrical workpieces, position these two-piece V-blocks to accommodate any diameter.
Magnetic surfaces on the bottom, back, and one V face of these blocks eliminate the need for mounting clamps and bolts.
Remove pins from workpieces by positioning the pins over the holes in these hardened steel blocks and tapping them out using a punch and hammer.
Slide these low-profile supports under a workpiece to provide support and reduce vibration.
The T-nut base secures the workstop into the slots of a machine table for positioning parts that extend beyond the jaws of your vise.
Use the handle on these retractors to extend and retract a locating pin, protecting the pin from damage in applications where fixtures move through a process, such as along a conveyor belt.
A good choice for automated clamping, these retractors use compressed air to extend and retract a locating pin, protecting the pin from damage in applications where fixtures move through a process, such as along a conveyor belt.
Sets include multiple sizes of matched pairs that are precision ground for tight tolerances on the top and bottom edges.
Place a parallel against each vise jaw to create a rest for your workpiece.
Spring-loaded to keep parallels in place on a vise. Also known as parallel separators.
Instead of keeping an assortment of parallels on hand, adjust these two-piece tools to your exact height requirements.
Adjust these two-piece parallels to your exact height requirements.
Use these components in coordinate measuring machine (CMM) applications to raise a workpiece and reliably position it on a fixture plate with ¼"-20 holes.
Lock the jaws in a vise-like grip around a workpiece and these pliers stay clamped in place to leave your hands free.
Hold larger workpieces than standard locking pliers. These tools lock in a vise-like grip around a workpiece and stay clamped in place.
Choose a stainless steel tool for environments where moisture and other contaminants are present. These pliers resist corrosion that can hinder joint movement, but the jaws will wear more quickly than a steel tool. Lock the jaws around a workpiece and they stay clamped in a vise-like grip.
Squeeze the handles and the jaws automatically adjust to fit a workpiece and lock in place.
When there isn't clearance to use standard-grip locking pliers, the angled handle on these tools gives you access. Lock the jaws around a workpiece and these pliers stay clamped in place.
Long jaws reach workpieces in recessed areas. These pliers lock in a vise-like grip around a workpiece and stay clamped in place to leave your hands free.
Clamp down on nonreinforced hose and tube to squeeze it shut, eliminating the need to drain the hose when working on pumps, heating and cooling systems, and fuel lines.
Secure these holders to a table or benchtop and slide in up to three pairs of locking pliers to create a hands-free way to hold your work.
Curved jaws grip bolt heads and nuts with rounded corners. These pliers lock in a vise-like grip and stay clamped in place, leaving your hands free.
Change out worn or broken springs in the handle of your locking pliers.
Reach around closely spaced components and other obstructions. These pliers lock in a vise-like grip around a workpiece and stay clamped in place to leave your hands free.
Attach your locking pliers to a slide hammer to pull stubborn objects.
Clamp down on nonreinforced hose and tube to squeeze it shut, eliminating the need to drain the hose when working on pumps, heating and cooling systems, and fuel lines. Squeeze the handles to lock the jaws and these pliers stay in place.
Curved, serrated jaws firmly grip hose and tube for installation and removal without damage.
Squeeze the handles to open the jaws; release to snap them closed. Once closed, they stay clamped in place to leave your hands free. These pliers reach around closely spaced components and other obstructions.
The smallest bent-nose pliers we offer allow you to work in the smallest spaces, including under a microscope. They are shaped to reach around closely spaced components and other obstructions.
Lock the jaws in a vise-like grip around a workpiece and these assorted pliers stay clamped in place to leave your hands free.
The smallest round-nose pliers we offer allow you to bend and loop wire in the smallest spaces, including under a microscope.
The smallest long-nose pliers we offer allow you to work in the smallest spaces, including under a microscope.
Also known as hemostats, these tongs enable intricate work in tight spaces and the jaws can be locked closed. The handle has interlocking teeth that allow you to adjust the clamping pressure.
Get a firm grip on beakers and other containers in the curved jaws. You can also use the tips of these tongs to pick up small objects.
Keep hands away from machinery—use these lightweight tools to pick up and hold parts. The pliers-style handles provide more comfort and control than standard tongs.
Easy to use, strong, and versatile, these hose clamps are the most common. Tighten their slotted screw with a screwdriver, hex nut driver, or wrench.
A raised safety collar around the head of the screw prevents your screwdriver from slipping and damaging the hose or tube.
A thumb screw instead of a slotted screw allows you to install these clamps without any tools.
One clamp fits a wide range of diameters, so you can always have the right size on hand.
Here's everything you need to make your own 3" diameter and larger custom-length worm-drive clamps.
These clamps are easier to install than worm-drive clamps—crimp the pinch points with pinch-clamp pincers for a secure hold. They are also known as ear clamps.
These pinch clamps come packed in a box with individual compartments for each clamp size. Easier to install than worm-drive clamps, crimp the pinch points with pinch-clamp pincers for a secure hold. They’re commonly known as ear clamps.
Unlike other pinch clamps, these have a unique tongue-and-groove design that creates a gap-free seal to reduce leaks.
Unlike vibration-resistant pinch clamps, these have a torque rating for extra holding power in high-vibration applications. They are also known as high-torque clamps.
These clamps form a 360° seal around your hose or tube to prevent leaks.
Clamps offer extra holding power in high-torque applications.
A double ring of thick wire provides a complete seal around large-diameter hose.
These clamps have a wider band than other constant-tension clamps, which provides more coverage and reduces the chance of leaks.
Not as bulky as our other constant-tension clamps, these round-wire clamps easily fit in cramped spaces. Use in low-pressure applications.
The T-bolt design provides excellent strength and creates a 360° seal. Clamps have a spring that automatically adjusts the clamp diameter when temperatures fluctuate.
Installing these clamps is a snap—push their interlocking teeth together with your fingers, then squeeze tight with pliers. To remove, use pliers to push sideways and separate the teeth.
These clamps are easier to install than our Extra-Strength Low-Profile Band Clamps. Also known as center-punch clamps, they seal with a quick hammer blow to the buckle.
The end of the band curls back into the buckle—this gives these clamps up to 25% more strength than other low-profile clamps. They are also known as JS-style clamps.
Designed for both permanent connections and emergency repairs, use these buckles with banding to create your own low-profile hose clamps.
Keep this banding on hand for both permanent connections and emergency repairs. You'll need an installation tool and a buckle (both sold separately) to create a band clamp.
Clamps have a slotted hex-head screw that flips up to release the band for quick opening.
Slide these clamps over your hose and heat-shrink them with a heavy duty heat gun. This process lets them conform to any shape hose.
Made of our most corrosion resistant stainless steel, these worm-drive clamps stand up to harsh acids and chemicals. Their band is smooth and has rolled edges, so they won’t cut into your hose or tube.
Twist the thumb head with your fingers to tighten these clamps. Once tightened, remove the thumb head to minimize your clamp’s profile and make it harder to tamper with.
Used to secure Viega PEX fittings to Viega PEX tubing, these clamps meet an ASTM standard to ensure compatibility.
Made of nylon, these clamps have excellent corrosion and chemical resistance, don’t conduct electricity, and weigh less than metal clamps.
To prevent removal, these clamps can only be loosened with a special bit or screwdriver.
Clamps have a smooth band with rolled edges to prevent them from cutting into your hose or tube.
Clamps come packed in a box with individual compartments for each clamp size. To make sure they won’t cut into hose and tube, they have a smooth band with rolled edges.
An extended tail acts as a liner to protect hose and tube from being cut by the slots in the band.
Create 2" diameter and larger smooth-band worm-drive clamps.
Create 4" diameter and larger worm-drive clamps that withstand high-temperature applications.
The bolt design provides high strength and creates a 360° seal to prevent leaks.
The hose clamps in these assortments have a bolt closure that creates a 360° leak-preventing seal. The clamps have rolled edges, so they won’t cut into hose and tube.
Remove the bolt and flip open the hinged bridge to install.
A dimple in the ear creates spring-like action that allows these clamps to withstand vibration and temperature changes without loosening.
Don't worry about your hose and tube expanding and contracting when temperatures fluctuate—these clamps have a Bellville spring that automatically increases and decreases the clamp's diameter.
Flip up the slotted hex head screw to quickly release the band. These clamps have rounded edges and a smooth interior, so they won’t cut into hose and tube materials.
Unlike other duct hose clamps, these are rated for a maximum work load. Clamps have a quick-release latch that lets you access your line frequently while maintaining your original clamp size.
Flip the toggle latch to install and remove these clamps in seconds.
Also known as bridge clamps, these worm-drive clamps align with the spiral support on wire duct hose to provide a tight seal.
Prevent static charge buildup while securely connecting duct hose with a wire spiral.
Cover the ends of hose and tube clamps to prevent them from cutting people and nearby objects.
Connect quick-clamp sanitary tube fittings—also known as aseptic fittings—for a fast and easy way to access your line.
The smooth finish inside these stainless steel quick-clamp fittings makes it easy to remove product residue.
Connect extra-support quick-clamp fittings for a fast and easy way to access your line.
Also known as I-line fittings, these quick-clamp fittings permit easy access to your line.
Polished to a 20 Ra finish, these fittings have an extra-smooth interior that prevents product buildup and inhibits bacteria growth.
Connect quick-clamp fittings in high-vacuum applications.
Also known as KF, QF, and NW fittings, these fittings are for high-vacuum applications, such as vacuum coating and heat treating, leak testing, and analyzing gases.
Use these rings with quick-clamp high-vacuum fittings.
Connect claw-clamp high-vacuum fittings for an airtight seal.
Fittings are polished to a32 Ra and under finish on the interior.
Transfer liquids and gasses into high-vacuum chambers with these assembled fittings, also known as feedthroughs.
Butt-weld fittings allow for a smooth, flush connection that provides maximum flow.
Repair pinholes, punctures, and cracks in low-pressure systems with these clamps. Insert tubing into the clamp and tighten the bolts to create a secure seal.
Repair leaks in copper tubing.
Use these fittings to make leak-resistant connections without threading or soldering. Slide them over tubing and turn the end nuts to compress the gasket.
Use these clamps with quick-clamp fittings for dairy to quickly connect and disconnect your line as needed.
Take samples in sanitary environments—these tube fittings won’t contaminate your lines or force you to pause them.
Connect two pipes that are up to 100 feet apart—cut the connector to the length you need and attach a clamp to each end.
These connectors are for use in low-pressure air and vacuum conveying systems, as well as in gravity-flow systems.
Also known as no-hub couplings, these have a one-piece sleeve with a stop in the center, so you know your pipe is always aligned correctly.
A turn of the T-handle will tighten and loosen these connectors, so you can quickly disassemble and reassemble your lines without tools.
Use in medium-pressure applications up to 230 psi.
Use in high-pressure applications up to 500 psi.
Use in low-pressure applications up to 150 psi.
Use in medium-pressure applications up to 600 psi.
Use in high-pressure applications up to 1,000 psi.
Stop leaks where a fitting and a pipe join without turning off your line.
Snap these clamps around leaking pipe with only your hands. No tools required.
Use these clamps to connect easy-access UV-resistant polypropylene pipe fittings to pipe. The clamp-together design allows you to access your line for routine maintenance.
Also known as manifold flange fittings, these have a clamp-together design that lets you access your line for routine maintenance. Fittings resist acids, solvents, and other harsh chemicals. They won’t deteriorate when exposed to the damaging effects of ultraviolet light, so they’re suitable for outdoor use.
Use these clamps to connect easy-access CPVC pipe fittings and pipe.
The grooved ends on these flanges connect to pipe with a clamp, so you can access your chemical process line for routine maintenance. Flanges have excellent chemical resistance to withstand a variety of salt solutions, acids, and other harsh substances. They are also known as Victaulic flanges.
Also known as Victaulic pipe, this pipe has grooved ends that connect to fittings and flanges with a clamp, so you can access your line for routine maintenance. It is CPVC, which has excellent chemical resistance to withstand a variety of salt solutions, acids, and other harsh substances.
Also known as Victaulic fittings, these have grooved ends that connect to pipe with a clamp, so you can access your chemical process line for routine maintenance. Fittings have excellent chemical resistance to withstand a variety of salt solutions, acids, and other harsh substances.
These fittings are an economical option for chemical waste systems. Fittings are ABS plastic, which has excellent strength and impact resistance and good chemical resistance.
Connect these fittings to Schedule 40 plastic pipe—they are the industry standard for residential and commercial low-pressure plumbing and water supply applications. They are plastic for good corrosion resistance.
Connect these fittings to thick-wall plastic pipe—they have thicker, stronger walls than standard-wall fittings, so they can handle heavy duty industrial plumbing and water supply applications, such as water processing, waste water treatment, and irrigation. They can withstand pressures up to 900 psi.
These Schedule 40 fittings are the industry standard for gravity-flow drain, waste, and vent (DWV) applications.
Use these fittings for low-pressure applications in noncorrosive environments.
These fittings can stand up to high-pressure applications. Use them in noncorrosive environments.
Socket-connect fittings are easier to weld than butt-weld fittings because the fitting doesn't need to align perfectly to the pipe. Slide the pipe into the socket and weld.
The grooved ends on these iron fittings connect to pipe with a clamp to easily install piping systems.
Sized to fit snugly around pipe, these collars are often used to support pipe passing through floors and walls.
Often used in corrosive environments to support pipe passing through walls and floors, these collars are 303 stainless steel and sized specifically for a tight fit around pipe.
To avoid gouging and marring your pipe while making adjustments, these collars have flats where you can grab and rotate the pipe with a wrench. They're sized precisely for a tight fit around pipe, so they're often used to support pipe passing through floors and walls.
Slip these joints over your pipe ends and tighten the band clamps for a secure hold.
These joints are designed for vertical use in drain, waste, and vent systems.
Use with interlocking-clamp hose fittings to replace a damaged clamp. They consist of two halves held together by nuts and bolts.
Also known as ground-joint couplings and boss couplings, these fittings are designed for high-pressure steam applications up to 600 psi. Insert the barbed end of the fitting into hose, then position the interlocking clamp over the hose and bolt into place. The clamp firmly grips your hose as it locks into the ring of the barbed end, creating a leak-tight seal.
Attach these fittings to garden hose for a variety of water supply applications. They are metal for better durability than plastic garden hose fittings.
Made of nylon, these fittings are lighter in weight than metal garden hose fittings. Attach them to garden hose for a variety of water supply applications.
Elevate hose off the ground to protect it from damage, and to let water on the floor reach a drain.
More flexible than rigid stainless steel tubing, this hose allows you to link high-vacuum components that are misaligned. Also known as bellows. Equipped with a claw-clamp (ISO-K) fitting on each end, this hose connects to large components with fittings starting at trade number 63.
Floor-mount brackets swivel 345°. Beam-mount brackets easily mount overhead on I-beams or H-beams. Wall-mount brackets pivot 180°
Connect heavy and difficult-to-position gasketed pipe by yourself—no need for powered equipment. Chains align the pipe and the lever forces one pipe into the socket end of another.
For use with a single line, these clamps brace pipe, tubing, and conduit directly against the mounting surface.
Mount parallel lines of pipe, tubing, or conduit directly against the mounting surface.
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.
Hold pipe, tubing, and conduit away from strut channel.
For areas with low clearance, these clamps have the mounting fastener to the side of the material, rather than on top.
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.
For a more secure connection than rail- and adhesive-mount clamps, weld the bottom plate of these clamps onto your rails. They fit tightly around pressurized lines in hydraulic systems to lessen vibration.
Secure two pressurized hydraulic lines with a single clamp to lessen vibration in hydraulic systems. Weld the bottom plate onto the mounting surface for a more secure connection than rail- and adhesive-mount clamps.
Slide multiple clamps into existing strut channel to organize lines of pipe, tubing, and conduit without the need for drilling, welding, or using adhesive. Clamps have a plastic or rubber cushion or body to reduce vibration.
A rubber cushion reduces vibration and wear from clamp edges. The cushion also protects lines of pipe, tubing, and conduit from corrosion caused by metal-to-metal contact.
For use with a single line, these clamps mount directly onto rails, no adhesive or welding required. They fit tightly around pressurized lines in hydraulic systems to lessen vibration.
Secure two pressurized hydraulic lines with a single clamp. Mount these clamps directly onto rails, no adhesive or welding required. They fit tightly around the lines to reduce vibration.
Bolt or weld these rails to the mounting surface, then attach clamps with a rail nut.
Temporarily route material across duct, racks, machinery, and other ferrous surfaces. Clamps fit tightly around pressurized lines in hydraulic systems to lessen vibration. Rubber cushions reduce wear from clamp edges and protect lines from corrosion caused by metal-to-metal contact.
For use with a single line, these plastic clamps reduce wear on softer materials, such as tubing and cable, and prevent corrosion caused by metal-to-metal contact.
Organize multiple lines of pipe, tubing, or hose with a single clamp. They are polyethylene for good chemical and UV resistance.
For use on a single line, these polypropylene clamps withstand moisture and most chemicals. They're commonly used to route tubing in compressed air systems. A folding arm closes to secure material.
Route two lines of tubing with a single clamp. Commonly used in compressed air systems, these polypropylene clamps withstand moisture and most chemicals. They have a folding arm that closes to secure material.
Quickly mount parallel lines of pipe, hose, or tubing by clicking them into these clamps. Made of acetal, they are UV-resistant and can be used outdoors.
Join these clamps together to line up multiple pipes, cables, or tubes side-by-side, even when they are different sizes.
Backed with foam adhesive tape, these clamps mount to any smooth surface—no fasteners required. They are noncorrosive, nonconductive nylon.
Flexible grooves inside these polypropylene clamps allow material to expand and contract. Clamps are moisture and chemical resistant.
Slide these clamps into strut channel and snap closed for quick installation with no tools required. They are noncorrosive, nonconductive nylon.
Customize these clamps to any object—they have a bend-and-stay design so you can mold them to the size and shape you need. Made of plastic-coated 316 stainless steel, they withstand abrasion, corrosion, and UV rays.
A molded cushion reduces vibration and wear from clamp edges, plus it provides a tighter fit around material than standard vibration-damping loop clamps.
A cushion covering the clamp reduces vibration and wear from clamp edges. Clamps surround lines of pipe, tubing, and conduit completely while holding them close to the mounting surface.
Organize multiple lines of pipe, tubing, and conduit with one clamp. Wider than standard loop clamps, multiline loop clamps surround two lines of material to create a secure grip while holding the lines close to the mounting surface. A cushion covering the clamp reduces vibration and wear from clamp edges.
These clamps completely surround single lines of pipe, tubing, and conduit while holding them close to the mounting surface.
Organize multiple lines of pipe, tubing, and conduit with one clamp. Wider than standard loop clamps, multiline loop clamps surround two lines of material to create a secure grip while holding the lines close to the mounting surface.