We will reply to your message within an hour.
Grip, bend, and twist wire and other small workpieces. Also known as needle-nose and chain-nose pliers, these tools have long, tapered jaws.
Two curved openings on the jaws grip multiple sizes of round stock, tubing, and pipe.
Tips almost twice as wide as those of standard long-nose pliers give you a better grip on your work. These are also known as duckbill and flat-nose pliers.
With thinner tips than standard long-nose pliers, these tools fit into tight spaces.
Extra-long handles enable access in hard-to-reach areas.
Prevent damage to your workpiece.
Additional features, such as wire terminal crimpers and wire stripping holes, enable you to perform a variety of electrical wiring and installation work with a single tool.
Made of stainless steel, these pliers are good for environments where moisture and other contaminants are present. They resist corrosion that can hinder joint movement, but the jaws will wear more quickly than a steel tool.
With thinner tips than standard long-nose pliers, these stainless steel tools fit into tight spaces and are good for environments where moisture and other contaminants are present. They resist corrosion that can hinder joint movement, but the jaws will wear more quickly than a steel tool.
Also known as duckbill and flat-nose pliers, the extra-wide tips give you better grip on your work. These stainless steel tools are good for environments where moisture and other contaminants are present. They resist corrosion that can hinder joint movement, but the jaws will wear more quickly than a steel tool.
Colorful plastic grips make these tools stand out, so they're less likely to be misplaced.
Made entirely of plastic, these pliers eliminate the potential for an arc flash or short circuit that can occur when using conventional insulated tools with metal components. They are tested to 1,000 volts to meet IEC 60900 and ASTM F1505.
Insulated grips protect against accidental contact with live electrical circuits. These pliers are tested to 1,000 volts to meet IEC 60900 and ASTM F1505.
Extra-wide tips give you a better grip on your work. These pliers have insulated grips that protect against accidental contact with live electrical circuits. They are tested to 1,000 volts to meet IEC 60900 and ASTM F1505.
The grips drain static away from your application, preventing buildup from electrostatic discharge (ESD) that can damage sensitive equipment.
Made of materials that are FM approved, these pliers satisfy OSHA requirements that specify nonsparking tools for locations where flammable vapors and combustible residues are present.
Secure a lanyard to the ring on the handle to prevent dropping your pliers when working at height.
Pull stripped, rusted, and tamper-resistant screws out of hard-to-reach places.
Smooth, consistent movement ensures precision. These tools have a slip-resistant ultra grip that’s shaped to fit comfortably in your hand and reduce strain in repetitive tasks. They are also known as miniature and electronics pliers.
Extra-wide tips give you a better grip on your work, and smooth, consistent movement ensures precision. These tools have a slip-resistant ultra grip that’s shaped to fit comfortably in your hand and reduce strain in repetitive tasks. They are also known as miniature and electronics pliers.
The smallest long-nose pliers we offer allow you to work in the smallest spaces, including under a microscope.
Slide the pivot point of the jaws to a range of positions and squeeze the handles to grip.
More jaw positions than standard adjustable pliers enable fine adjustment and a firm grip. Push and hold the button to adjust the jaws, and then release the button to lock them in place.
You don't have to move the pivot point on these pliers—squeeze the handles and the jaws adjust to fit your workpiece.
A slim head and long, narrow jaws fit into tight spaces.
Move the curved jaws to 15 positions for fine adjustment. These pliers have a bottom jaw that is shorter than the top for a firm grip on the flats of bolt heads and nuts that have rounded corners.
The bottom jaw is shorter than the top for a firm grip on the flats of bolt heads and nuts that have rounded corners.
Avoid damaging workpieces without sacrificing gripping power and adjustability.
Colorful plastic grips make these pliers stand out, so they're less likely to be misplaced.
These stainless steel pliers are good for environments where moisture and other contaminants are present. They resist corrosion that can hinder joint movement, but the jaws will wear more quickly than a steel tool.
Made of aluminum-bronze that is FM approved, these pliers satisfy OSHA requirements that specify nonsparking tools for locations where flammable vapors and combustible residues are present.
The grips drain static from your application, preventing buildup from electrostatic discharge (ESD) that can damage sensitive equipment.
Colorful plastic grips make these assorted pliers stand out, so they’re less likely to be misplaced.
Sets contain an assortment of pliers styles. These tools are steel.
Insulated grips protect against accidental contact with live electrical circuits. These assorted pliers are tested to 1,000 volts to meet IEC 60900 and ASTM F1505.
Choose these stainless steel pliers for environments where moisture and other contaminants are present. They resist corrosion that can hinder joint movement, but the jaws will wear more quickly than a steel tool.
You don't have to move the pivot point on these pliers—squeeze the handle and the jaws adjust to fit your workpiece.
Choose these tools when you need the gripping power of a pipe wrench with the adjustability of pliers. Slide the pivot point of the jaws to a range of positions.
Lock the jaws in a vise-like grip around a workpiece and these assorted pliers stay clamped in place to leave your hands free.
Smooth, consistent movement ensures precision. These assorted pliers have slip-resistant ultra grips that are shaped to fit comfortably in your hand and reduce strain in repetitive tasks. They are also known as miniature and electronics pliers.
Adjust the pivot point to switch between two different jaw opening sizes.
Prevent damage to your workpieces with pliers that have nonmarring jaws. Adjust the pivot point to switch between two different jaw opening sizes.
The narrow jaws fit into tight spaces, and the slip joint allows you to switch between two different jaw opening sizes.
Removable and reusable, these rubber covers fit most slip-joint pliers and resist most oils and chemicals.
Also known as lineman’s and combination pliers, use these tools to pull, bend, and cut wire.
When there isn't clearance to use standard-grip pliers, the angled head on these tools gives you access. Also known as lineman’s and combination pliers, use them to pull, bend, and cut wire.
Extra-long handles enable access to hard-to-reach areas. Also known as lineman’s and combination pliers, use these tools to pull, bend, and cut wire.
Additional features, such as wire terminal crimpers, enable you to perform a variety of electrical wiring and installation work with a single tool. Also known as lineman’s pliers, use them to pull, bend, and cut wire.
Deep serrations provide the firm grip necessary for pulling rebar tie wire, and the hook-shaped handle end keeps your hand from slipping off. Also known ironworkers’ pliers, these tools also bend and cut wire.
Insulated grips protect against accidental contact with live electrical circuits. These pliers are tested to 1,000 volts to meet IEC 60900 and ASTM F1505. Use them to pull, bend, and cut wire.
Avoid the potential for an arc flash or short circuit that can occur when using conventional insulated tools with metal components. Completely metal-free, these pliers are plastic with ceramic cutting blades. They are tested to 1,000 volts to meet IEC 60900 and ASTM F1505. Use to pull, bend, and cut wire.
Made of aluminum-bronze that is FM approved, these pliers satisfy OSHA requirements that specify nonsparking tools for locations where flammable vapors and combustible residues are present. Use them to pull, bend, and cut wire.
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. Use them to pull, bend, and cut wire.
Secure a lanyard to the ring on the handle to prevent dropping your pliers when working at height. Use these tools to pull, bend, and cut wire.
Lock the jaws in a vise-like grip around a workpiece and these pliers stay clamped in place to leave your hands free.
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.
Hold larger workpieces than standard locking pliers. These tools lock in a vise-like grip around a workpiece and stay clamped in place.
Squeeze the handles and the jaws automatically adjust to fit a workpiece and lock 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.
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.
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.
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.
Change out worn or broken springs in the handle of your locking pliers.
Attach your locking pliers to a slide hammer to pull stubborn objects.
Reach around closely spaced components and other obstructions.
The jaws are made of brass, which won't damage steel workpieces. These pliers are shaped to reach around closely spaced components and other obstructions.
Extra-long handles enable access to hard-to-reach areas. These pliers are shaped to reach around closely spaced components and other obstructions.
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. They are shaped to reach around closely spaced components and other obstructions
Insulated grips protect against accidental contact with live electrical circuits. These pliers are tested to 1,000 volts to meet IEC 60900. They are shaped to reach around closely spaced components and other obstructions.
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.
Smooth, consistent movement ensures precision. These tools have a slip-resistant ultra grip that’s shaped to fit comfortably in your hand and reduce strain in repetitive tasks. They are also known as miniature and electronics pliers and shaped to 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.
Insulated grips protect against accidental contact with live electrical circuits. These pliers are tested to 1,000 volts to meet IEC 60900. Designed for looping and bending wire, they are also known as round-nose pliers.
Made of beryllium copper that is FM approved, these pliers satisfy OSHA requirements that specify nonsparking tools for locations where flammable vapors and combustible residues are present. Also known as round-nose pliers, use for looping and bending wire.
Designed for looping and bending wire, these steel tools are also known as round-nose pliers.
Choose these stainless steel pliers for environments where moisture and other contaminants are present. They resist corrosion that can hinder joint movement, but the jaws will wear more quickly than a steel tool. Also known as round-nose pliers, use them for looping and bending wire.
Smooth, consistent movement ensures precision. These tools have a slip-resistant ultra grip that’s shaped to fit comfortably in your hand and reduce strain in repetitive tasks. Also known as miniature and electronics pliers, they have a round nose for looping and bending wire.
The smallest round-nose pliers we offer allow you to bend and loop wire in the smallest spaces, including under a microscope.
Vertical and horizontal serrations and a tip shaped to firmly grip the outside of screw heads remove stripped, rusty, and tamper-resistant screws.
Move the curved jaws to 25 positions for fine adjustment and a firm grip on round objects, such as oil filters, connectors, and PVC pipe. Push and hold the button to adjust the jaws, and then release the button to lock them in place. They're also known as cannon plug pliers.
Get the best possible grip on round objects, such as oil filters, connectors, and PVC pipe. Also known as cannon plug pliers, all of these pliers have curved jaws.
Replaceable rubber jaw pads protect surfaces from damage. These tools grip round objects and won't mar delicate materials, such as glass and ceramic.
Curved, serrated jaws firmly grip hose and tube for installation and removal without damage.
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.
Assemble and install cord grips in a range of thread sizes.
Set these plastic racks on a benchtop or inside a drawer to organize a variety of pliers sizes and styles.
Perform a variety of welding tasks. These pliers have serrated jaws that remove weld spatter and grip, pull, and cut wire. They can also be used to install and remove contact tips and nozzles and turn fittings, nuts, and bolts.
The jaws remain parallel as they move to keep irregularly shaped objects from slipping forward when pressure is applied.
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.
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.
Turn the knob to adjust the opening size.
Slide the upper jaw to adjust the opening size. These clamps hold larger workpieces than other locking plier clamps of similar size.
Squeeze the handles and the jaws will automatically adjust to fit your workpiece.
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°.
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.
The jaws on these tools apply outward pressure for use as a spreader.
For repetitive clamping, turn the holding screw to adjust the opening size one time, and then use the handles to secure and release workpieces.
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.
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.
Extend the handle to reach the clamp into tight spaces.
Attached to an arm you can flex into position, these clamps hold objects such as a flashlight, tool, or instructions.
Set includes 12 clamps and the installation pliers required for positioning and removal.
Clamp thin sheet material together without drilling holes. These clamps open with special pliers and spring closed when the pliers are released.
Squeeze the body to open the flat jaws; release to grip.
Also known as diagonal-cutting pliers.
Leverage points in both the jaws and the handle give you more power with less effort.
These cutters are stainless steel, which provides excellent corrosion resistance.
The grips are brightly colored to stand out.
The black finish prevents glare that can interfere with precision work under bright light and magnification.
These sets include four cutters, each with a different head shape.
The grips on these cutters drain static from your application, preventing buildup from electrostatic discharge (ESD).
These tools divert static electricity faster than our other static-control wire cutters.
The specially designed internal spring provides constant, uniform tension for superior performance.
Tungsten carbide cutting edges are bonded to the jaws for long life.
These cutters have insulated grips to protect against accidental contact with live electrical circuits. They are tested to 1,000 volts to meet IEC 60900 and ASTM F1505.
Made of aluminum-bronze that is Factory Mutual approved, these cutters inhibit sparking and are nonmagnetic and corrosion resistant.
Good for high-volume cutting and trimming.
A double hinge provides high cutting force with low gripping pressure.
Plastic-cushioned grips make these cutters easy to hold during repeated cuts.
Insulated handles protect against shock from accidental contact with live electrical circuits. These cutters are tested to 1,000 volts to meet IEC 60900 and ASTM F1505.
Cut hard steel wire, nails, and small rivets close to the surface with the wide, flat jaws on these cutters.
Sharpen or replace the jaws as they wear. These cutters have a double hinge that provides high cutting force with low gripping pressure.
Also known as nippers, these cutters have wide, flat jaws that cut steel wire and bolts close to the surface.
Made of beryllium copper that is FM approved, these cutters satisfy OSHA requirements that specify nonsparking tools for locations where flammable vapors and combustible residues are present.
Precisely position and flush-cut copper, gold, silver, and magnetic wire.
These powerful cutters make diagonal cuts with a nipping action to cut extra-hard wire with ease.
Cut thin, hard wire with these small cutters.
Handle is angled 30° to keep work in sight and hands clear of the work surface. Blades are flat on one side for close-to-the-surface cuts.
The small size and spring-loaded jaw lets you make quick cuts with one hand.
Cut medium steel chain and hard steel bolts, rods, screws, rivets, nails, bars, wire, and rebar.
Blades are flat on one side for close-to-the-surface cuts.
With a short-nosed jaw, these cutters force the material being cut deeper into the jaw for maximum leverage. The short jaw also allows you to cut one side of a chain link or padlock hasp without hitting the other side.
Slice through bolts and chain with low effort.
Make repeated cuts in hard materials with cutters that mount for stability and provides extra leverage.
A small grip enables one-handed cutting.
A double hinge provides high cutting force with low gripping pressure. These cutters are also known as aviation snips.
Keep your hand away from the material being cut.
Blades are high-speed steel so they stay sharp longer than steel blades, and they can be sharpened.
The handles are angled 90° from the blade so you can cut material from directly above tight spaces.
This cutter has two blades that cut a 13/64" wide strip—peel it back for smooth edges with little distortion.
Prevent waste from flying up as you work. A double blade makes two cuts to create a 7/64"-wide step that peels back, leaving little distortion and smooth edges.
Also known as bulldog snips, these durable cutters have long handles and short blades for cutting heavy material in any direction.
These cutters make straight cuts and curves.
Blades are tapered to give you more control when cutting straight lines, tight curves, and circles, and they're serrated to prevent slipping. These cutters are also known as duckbill snips.
Replace blades as they wear. These cutters are also known as tinners' snips.
Made from aluminum bronze, the blade and handle on these cutters inhibit sparking and are FM approved. Use them for straight cuts.
Make cuts in metal up to 1/32" thick with these compact cutters.
Handles are angled to keep your hand away from the material as you cut straight lines and curves.
Make a flush cut that leaves a smooth, finished edge.
Also know as nippers, these pliers have carbide-tipped jaws to break off small pieces of tile for straight cuts.
Prevent chipping, binding, and fracturing when cutting brittle, high-pressure laminated plastic.
Also known as nippers, these pliers include plastic jaw inserts for breaking large pieces of glass along a scored line and hardened steel inserts for shaping and breaking off small pieces.
Cut armored cable such as BX, HCF, and MC and flexible metal conduit.
Produce clean, distortion-free cuts in cable with one-handed operation.
Use these one-handed cutters on small-diameter aluminum and copper power and communication cable.
Push the button to cut aluminum and copper power and communication cable.
Jaws ratchet to increase cutting pressure as you open and close the handles.
Wrap the cutter chain around tubing, then squeeze the handles while rotating the tubing.
Unfold these multitools to access the pliers.
Jaws open automatically for ease of use.
The head slides out of the handle and locks in position.
These pocket knives include an assortment of built-in tools.
For extra leverage to cut through Kevlar, metal, and plastics, these scissors have long handles and short blades.
After each cut, the jaws spring open to make continuous cutting easy.
Longer handles and shorter blades give you more leverage than other scissors to cut tough materials such as leather, rope, and thick cardboard.
Install and remove rings inside a bore or around a shaft.
Install and remove rings inside a bore or around a shaft. Adjust the jaw to switch from internal to external retaining ring types.
The forged construction provides high strength for durability and long life.
The pliers in these sets have a forged construction, which provides high strength for durability and long life.
Made of beryllium copper that is FM approved, these pliers satisfy OSHA requirements that specify nonsparking tools for locations where flammable vapors and combustible residues are present.
Change tips to use a different size or angle.
The forged construction provides high strength for durability and long life. Use the included hex key to change tips for a different size or angle.
The pliers in these sets have a handle that locks in place to hold rings open or closed for easier installation and removal. Change tips to use a different size or angle.
Insulated handles protect against shock from accidental contact with live electrical circuits. These pliers are tested to 1,000 volts to meet ASTM F1505.
Twist the handle to open and close the jaws. Change tips for a different size or angle using a hex key.
Working with large retaining rings is easier with a T-handle. Turn it to open and close the jaws. Change tips for a different size or angle using the included hex key.
Hold open retaining rings without holes, such as flat- and pointed-tip lock rings. Also known as Eaton-style, constant-section, and horseshoe snap rings.
The spring on one end of the tool holds the retaining ring in position for installation and the hook on the other end is for removal.
Slide the retaining ring in between the jaws of the tool and push the ring onto a shaft.
Install rings that have wide "ears." Slide the retaining ring in between the jaws of the tool and push the ring onto a shaft.
The arms slide along the handle and lock into place with thumb screws. Use these tools to install and remove rings inside a bore or around a shaft.
Reach under collars to break them without cutting or damaging the fastener and surrounding material. These tools even work on rounded or stripped collars. Also known as Hi-Lok pliers.
Squeeze the handles to close the rings. Pliers close one ring at a time.
Cushioned handles provide comfortable, long-term use.
For continuous action and less reloading, pliers hold 50 rings at a time.
Turn fasteners with the firm grip of a wrench and the adjustability of pliers.
Squeeze the handles and the gripping surfaces adjust to fit your fastener and prevent slipping and stripping.
Press the lever to lock the jaw and keep these wrenches clamped on your work, leaving your hands free.
The adjustment knurl won't turn when the wrench is being used, preventing accidental loosening of the jaws.
Apply more torque than your wrench can deliver on its own. Use a multiplier with a torque wrench to ensure you do not exceed the maximum input torque.
Anchor these multipliers for added stability.
Crimp pinch clamps closed on hose and tube. Also known as pinch clamp pincers.
The tips adjust to accommodate the clamps often found on heater and radiator hoses.
Install and remove spring-tension hose clamps.
Grip wire with the jaws and then pull out the knob to twist.
These sets include one wire-twisting pliers, one adjustable-length wire-twisting pliers, and three spools of wire.
Use the included extension to get extra length. Thread wire through the tip and eyelets, bending the wire ends over to keep it in place. Pull out the knob to twist the wire.
Slide these tools under the head of push-in rivets and squeeze the handles to pop the rivet out. They are also known as panel clip pliers.
The head has a serrated hammer on one side for driving staples, a point on the other for pulling staples, and a staple grip on top.
They may look like normal pliers, but these tools have a built-in crimping die.
The rubber grip provides protection up to 1,000 volts AC.
The ratchet applies the correct pressure to ensure a complete crimp every time.
With one ton of compression force and an ergonomic design, this crimper reduces fatigue when crimping.
Dies snap in and out of this tool, so you can quickly change from crimping one electrical connector type to another.
Crimp open- and closed-barrel pin-and-sleeve contacts in connectors.
The ratchet applies the correct pressure to ensure a complete crimp every time on pin-and-sleeve contacts.
Because you insert the wire ferrule from the front, this tool is useful in tight spaces.
These crimpers have individual square crimping slots for each wire gauge.
The most crimping force we offer—these tools have a high-pressure pumping system.
One squeeze strips insulation and pulls it off the wire.
Strip wire and crimp connectors with one tool.
The plier nose on these wire strippers is useful for pulling and looping wire.
The elongated nose on this tool reaches into tight spaces.
The jaws have V-notches in 1/4" increments to measure the depth of bends.
Offset handles allow you to use these tools in tight spaces.
Rounded jaws reduce damage to aluminum and other lightweight metal.
These tools lock onto your material to prevent them from opening while bending and crimping.
These tools have five blades and compound-leverage action for more power with less effort than other crimpers.
Create a raised edge in sheet metal that locks into the rolled edge of another piece.
Open sheet metal seams without cutting. The jaws slide under seams to pry the sheets apart.
Fold corners in flat metal sheets to create your own bin boxes, drip pans, and other three-dimensional objects. Similar to tucking the corners of a bedsheet, these benders twist and wrap the metal into triangle-shaped folds to form corners.
Stretch the end of soft plastic and rubber tubing to make room for fittings with the same or slightly larger diameter.
Grip tubing from the side to make bends in tight spaces.
Use the notched jaws to push the spring-clip off the link.
As you squeeze the handles, the vise-like jaws lock tightly onto the ferrule to secure barbed fittings onto your hose.
These textured grips provide a slip-resistant grasp.
A plier-style handpiece confines heat to only where it touches when you’re treating, brazing, and silver soldering small parts.
Use with Loc-Line hose to assemble and disassemble components.
Use with Snap-Loc hose to assemble and disassemble components.