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Extend your socket's reach.
Safely lengthen the reach of your socket while working near flammable vapors and combustible residue.
Safely extend your reach in areas where you could accidentally come into contact with live circuits.
Keep common extension lengths on hand to reach a variety of spots—just attach them to your socket.
Reach a variety of spots with the confidence that your extension won’t disengage.
Bend these extensions to reach inconveniently located fasteners. These sets include multiple extension lengths, so you can find the right length to reach around obstructions.
Tighten and loosen fasteners in hard-to-reach spots with a variety of extensions that lengthen the reach of your socket.
The male ends of these extensions are rounded, so they can pivot to use your tool at an angle.
Lock your socket into these extensions to prevent accidental disengagement.
Bend these socket extensions around obstructions to turn hard-to-reach fasteners.
Attach your square-drive sockets to drills, powered screwdrivers, and other tools that accept a hex shank.
Turn sockets with a bit screwdriver.
Insulated to protect against accidental contact with live electrical circuits, these adapters are tested to 1,000 volts to meet IEC 60900 and ASTM F1505 standards.
Convert from one square drive size to another.
Push the square drive through the adapter to change size.
These adapters are insulated to protect against accidental contact with live electrical circuits. They are tested to 1,000 volts to meet IEC 60900.
Convert your socket into a flex socket to access fasteners from an angle.
Convert your socket into a flex socket without worrying about the adapter falling off.
Attach a socket to one of these adapters—the base has a hex shape so you can use a ratchet wrench along with an open-end or box wrench for additional leverage.
Lock the adapter on your tool and the socket to the adapter to prevent accidental disengagement.
A digital display shows how torque measurements change as you turn the wrench. Set the desired torque and angle—lights and an audible alarm indicate when target has been reached or exceeded.
Already set to a specific torque limit, these adapters audibly click and release when you reach that setting to prevent overtightening.
Set a desired torque within the range.
Fit these adapters between a wrench and socket to enable finger tightening.
Change a standard wrench handle into a ratcheting wrench.
Attach one of these adapters to a ratcheting box wrench to convert it to a ratcheting socket wrench.
Attach to your socket for a longer reach.
Lock your socket into the extension to prevent accidental disengagement.
Attach one of these extensions to your impact socket to turn fasteners in hard-to-reach spaces.
Reach a variety of spots by keeping common extension lengths on hand.
Also known as positive-locking extensions, these extensions hold sockets place with a ball that only retracts when you pull the collar down. Designed to prevent accidental detachment, they lock to your socket more securely than other extensions.
A magnet holds the socket, making changes quicker.
Convert your impact socket into a flex socket to access fasteners from an angle.
Pull the collar to quickly attach and remove sockets.
Prevent overtightening that can damage fasteners. These adapters spring back slightly when the set torque is reached.
Attach your impact square-drive sockets to power drills, impact drivers, and other tools that accept a hex shank.
Use the pulsing of an air hammer along with the controlled turning of a hand wrench to release stuck fasteners without breaking them.
Attach your square-drive impact socket to a spline-drive impact wrench.
First developed for aerospace and automotive assembly processes, these extensions will stand up to your high-volume production and assembly lines.
These adapters, which convert from one square drive size to another, were designed to tolerate continuous use with impact tools in high-volume production and assembly.
Bend these extensions around obstructions to access hard-to-reach fasteners.
Use these adapters to connect sockets to impact wrenches and other power tools—they’re designed to tolerate continuous use in high-volume production and assembly.
Use these sockets as an alternative to a screwdriver or L-key. They are made to withstand the high torque and force of impact tools.
Extra-long bits help you access hard-to-reach fasteners.
Pivot the head to access fasteners from an angle.
The hex shape grips hex fasteners and prevents rounding. These sockets are made to withstand the high torque and force of impact tools.
The Torx bit sockets in these sets fasten Torx screws often used in vehicles, bicycles, and electronics.
The hole in the middle of these bits fits the security pin in tamper-resistant Torx screws.
Pivot the head of the sockets in these sets to access fasteners from an angle.
Extra-long bits allow access to hard-to-reach fasteners.
A spring-loaded ball on the bit holds fasteners in place as you drive them, including nonmagnetic fasteners like stainless steel screws.
The short bit on these sockets fits in spaces where height clearance is limited.
In addition to a standard square drive, the sockets in these sets have a hex-shaped base so you can use a ratchet wrench along with an open-end or box wrench for additional leverage.
The ball end allows angled entry when you don't have exact alignment between the socket bit and fastener.
Tighten or loosen hard-to-reach fasteners with the extra-long bits in these socket sets.
Keep a convenient variety of drive styles and sizes of bit sockets on hand.
These sockets are also known as pin-in-Torx bits.
These sockets are also known as pin-in-hex or pin-in-socket bits.
When vertical space is tight or you need an extra twist on your socket, use one of the dual-drive Phillips bit sockets in this set.
Suitable for occasional maintenance work, these sets are imported.
Made in the U.S.A., these tools handle the toughest industrial applications, provide the best grip on fasteners, and have a superior finish.
These sets organize what you need when working around live electrical circuits.
Pair the sockets in these sets with the bolt-through ratchet wrench to reach nuts at the bottom of a long threaded rod or bolt.
Made of aluminum-bronze, these sockets satisfy OSHA requirements that specify nonsparking tools for locations where flammable vapors and combustible residues are present.
Insulated to protect against accidental contact with live electrical circuits, these sockets are tested to 1,000 volts to meet ASTM F1505 and IEC 60900.
Tighten and loosen fasteners at an angle by pivoting the head on these sockets.
When vertical space is tight or you need an extra twist on your socket, use these dual drive hex bit sockets. They work with a standard square drive tool and a box or open end wrench.
These sockets are also known as Robertson bits.
The short Phillips bit on these sockets fits in spaces that screwdrivers can’t and where height clearance is limited.
An extra-long Phillips bit allows these sockets to reach far-away fasteners. Use them where standard or stubby sockets can’t reach.
An opening at the tip of these sockets fits around the security pin, allowing you to drive tamper-resistant Torx Plus screws.
Eliminate the risk of your socket falling while reaching into your workspace with these flex sockets that have an integrated extension.
These sockets are made to withstand the high torque and force of impact tools.
These sockets fasten Torx screws often used in vehicles, bicycles, and electronics.
These sockets are designed to tolerate continuous use with power tools and impact tools in high-volume production and assembly.
Eliminate the need for multiple bulky tools with these bit adapters. At less than 3 inches long, these compact adapters convert ¼” bit screwdriver handles and ¼” bits into torque screwdrivers so you can fasten to a specific torque.
Often used in offices and workstations, these outlet strips power multiple devices from a single wall outlet.
Save energy by automatically turning off unused outlets—the master outlet controls the follower outlets and shuts off power to those outlets when a device plugged into the master is turned off.
The power switch to these outlet strips is on an extension cord, so you can control power even when the strips are in hard to reach places, such as under a desk.
Separately control each device plugged into these strips—each outlet has its own power switch.
A filter through the middle isolates two pairs of outlets, so high voltage equipment plugged into one pair won’t affect the other pair.
Power computers, lab equipment, and office machines that have IEC connections.
Filters between the outlets on these strips protect computers and other sensitive equipment from external signals that interfere with the equipment’s performance.
A combination of an outlet box, cord, and duct, these outlet strips minimize tripping hazards and protect the cord from damage.
Also known as hospital-grade outlet strips, these outlets have an extra-tight fit to prevent plugs from detaching. They are marked with a green dot.
Keep personnel safe from electric shock with ground fault protection.
With a rubber housing, these outlet strips withstand drops and other impact.
Mount these outlet strips to a desktop or workbench with the mounting hardware, or set them on a surface.
These curved outlet strips clamp onto a pole or table leg.
Connect multiple devices from a single outlet.
Automatically power heating and cooling devices on and off when temperatures rise or drop.
No need for mounting hardware—these outlet strips have magnets on the back to stick to steel walls, cabinets, and other magnetic surfaces.
Create a permanent outlet system without opening walls. These outlet strips mount to a wall with clips and hardwire to an existing electrical system.
Mount these strips into standard 19" wide electronics racks and enclosures.
Bring power to workstations that are not near a wall—these poles mount from the ceiling.
Install these extra-long strips onto the frame of an electrical cabinet.
Power devices above and below your workbench while keeping your outlet strip out of the way.
Add grounding or surge suppression protection.
Put overhead outlets in arm’s reach.
In addition to an outlet on the end, these cords have multiple inline outlets.
A locking lever on the socket keeps multiple devices connected to these extension cords.
Avoid the clutter of multiple extension cords and overcrowded outlet strips—these extension cords have outlet boxes spread evenly along their length.
Insulated to resist water, oil, and solvents, these cords withstand dirty and greasy environments.
Thick insulation protects the internal wires of these cords, so they can be used in high-traffic areas and over rough surfaces.
Designed for indoor use, these cords are often used to power appliances.
Power multiple devices with one extension cord.
The insulation on these cords resists water, so they can be used outdoors.
Attach these splitters to an extension cord to power multiple devices from one cord.
Use these extenders when bulbs are too short to fit into deep or recessed fixtures.
Power mobile devices such as smartphones and tablets when electricity is unavailable.
After the battery is fully charged, these chargers continuously provide a low-level charge to maintain the battery without overcharging.
Charge batteries even in wet environments—a sealed housing keeps water out.
Charge up to eight batteries at once.
Bring batteries to these chargers for maintenance.
Charge multiple devices at once.
These chargers are for use with most DeWalt batteries, except Univolt batteries.
Keep Bosch tool batteries powered with these chargers.
Energize Milwaukee tool batteries with these chargers.
Recharge batteries for Makita tools.
Use these chargers with Black & Decker batteries.
Restore power to batteries for Dremel tools.
Lengthen the stem of your tire valve for easier access.
If your Morse taper arbor is too small or large for your machine spindle, insert it into one of these adapters. Also known as sleeves or shell sockets.
Insert your Morse taper arbor into one of these extensions to get additional reach.