Often used to thin and remove adhesives from metal parts; faster drying than methyl ethyl ketone

Form strong bonds on plastic, rubber, ceramic, and other materials

Protect your torso from dirt, chemical splashes, and electrical and welding spark

Often used to alter the conductivity of a semiconductor and calibrate gas detectors

Prevent burns while welding

Protect your arms from cuts, sparks, heat, and chemical splashes

Slip over gloves for additional protection against sparks and spatter

Repair broken blades or join the ends of coil stock to make your own blades

Keep sun, dust, and sweat off your face

Secure large materials with adjustable arms for even pressure distribution

Everything you need to soften belt ends and join them together

Protect your legs and torso from cold, rain, chemicals, and flames

Form stronger bonds between metal parts than solder without melting the base material

Clean and prepare metal surfaces for brazing

Snap into metal pipe and tubing to form leak-resistant joints more quickly than with hand-fed alloys

Keep flux and metal from flowing into unwanted areas while brazing

Burns cleaner than propane at similar temperatures; use for heating, thawing, and soldering

Solder, desolder, and handle light brazing

Temporarily secure workpieces together or to a work surface

Snap onto cape sleeves to protect your stomach when welding

Protect your arms and chest from heat, flame, and weld spatter

Typically used as a propellant in aerosol cans and to calibrate gas detectors

Transport objects around your facility

Shield the front of your legs from cuts, radiant heat, flames, and welding sparks

Secure equipment and supplies at jobsites; also known as job boxes

Cover metal holding screws to protect workpieces from scratches

Replace worn holding screws in clamps or customize with different sizes or styles

Head-to-toe protection from electrical arc flashes, chemical splashes, welding sparks, and more

Apply adhesive, air dry, and bring surfaces together to bond

Apply while machining to dissipate heat, remove shavings, and prevent corrosion

Align and secure materials at a corner joint

Shield your full body against dirt, rain, heat, chemical splashes, and electrical and welding sparks

Roll under low-clearance equipment to work while lying down

Mix and melt powders, chemicals, and metals

Section off work spaces, locker rooms, and restricted areas

Pull shut to protect against dust, weld spatter, heat, and splashing liquid

Liquefy and suck up solder for removal

Remove solder from surfaces and components

Extend the reach of power from an outlet

Use to cover, clean, and insulate objects

Protect your face from dirt, chemical splashes, and electrical and welding sparks

Guard fingers from heat and abrasion, or protect items from contamination

Everything needed to mount workpieces of different sizes to your machine table

Build different fixtures on multiple sides of the same block

Add clamps, brackets, and other components to build fixtures for welding and assembly

Direct a beam of light to precisely where it's needed

Reveal cracks and surface flaws using colored dye under natural or UV light

Measure the flow rate of liquid or gas through your system

Get rid of residue left behind by no-clean flux

Shield your hands from cuts, heat, cold, chemical splashes, and electrical and welding sparks

Use threaded and unthreaded holes to position workpieces for precise and repeatable machining

Attach grounding wire to equipment to ground electrical current

Shield your head from sun, rain, cold, and sparks

Concentrate, adapt, and direct airflow from heat guns

Blow heated air for tasks such as stripping paint, shrinking film, and softening adhesives

Drape these blankets over machinery or hang them from walls to protect your workspace from sparks

Attach to soldering irons to heat inserts for installing them in or removing them from plastic parts

Often used to detect leaks in vacuum systems without creating a reaction and calibrate gas detectors

Carry your helmet and shield it from scratches, dents, and rain

Shield your head and neck from dirt, heat, cold, and electrical and welding sparks

Flexible and stronger than tubing; often used to convey liquids and gases under pressure

Store hose neatly to remove tripping hazards and reduce wear

Join and repair plastics using hot air or small metal stakes

Melt with heat from a welder to create joints between pieces of plastic

Melt for rapid bonds in a range of applications, from packaging to woodworking

Also known as super glue, these adhesives begin to harden in under two minutes

Thicker than shirts for extra protection against dirt, rain, cold, chemical splashes, and sparks

Protect shins and feet from radiant heat, flames, welding sparks, and molten metal splashes

Protect filter lenses from scratches and weld spatter

Cool down liquids to use them with temperature-sensitive equipment

Hold magnetic workpieces at common angles such as 90° or 45°

Everything you need to detect imperfections on or below metal surfaces

Apply to metal and magnetize with a yoke to show defects on and below the surface

Pair with magnetic particles to find defects on or below metal surfaces

Melt solder, metal, adhesive, resin, and wax

Often used as a thinner for resins, adhesives, fiberglass, and lacquers

Attach to MIG guns to guide welding wire and electric current to the weld site

Evenly distribute shielding gas for high-quality MIG welds

Protect MIG gun nozzles from heat and damage while welding

Direct shielding gas towards welds and protect contact tips from molten metal

Direct, start, and stop the flow of MIG welding wire and current to the spot you're welding

Everything needed for MIG welding except the shielding gas; MIG welding is quicker than TIG welding

Guide MIG welding wire through the gun to the contact tip

Use with MIG welders to fuse metals together

Reduce weld spatter to produce neater welds by removing rust and dirt from welding wire

Grease rough and rusty MIG welding wire so it feeds smoothly through your welder

Repair metal with a single machine that performs MIG, TIG, and stick welding

Often used to purge impurities from pipelines and other systems as well as test oxygen detectors

Clear out residue from small openings, such as nozzles or torch tips

Create a torch or replace parts with a selection of handles, nozzles, cutting tips, and more

Everything needed for welding and cutting with oxyacetylene except the gas cylinders

Use alongside other fuels to increase flame temperature

Cut, weld, and braze steel up to 3/16" thick

Extend the life of paint and coatings by preparing surfaces beforehand

Insulate your legs from dirt, cold, heat, rain, and electrical and welding sparks

Position and hold pipe joints for welding and assembly

Replace cutting tips, electrodes, and other components of your plasma cutter

Accurately cut many types of metal; the torch fits into tighter spaces than a portable saw

Clamp and lock workpieces with plier-style jaws for secure handling or transport

Plugs, sockets, receptacles, and other connectors for powering equipment

Connect equipment and devices to a power source

Reduce inlet pressure to a lower outlet pressure to protect sensitive equipment

Fuel heating, thawing, and soldering applications

Handle brazing, soldering, and heating jobs

Produce a hotter flame than propane for better performance in brazing applications

Set up to protect against dust, weld spatter, heat, and splashing liquid

Wear over gloves to meet ASTM standards when working on live electrical equipment

Replace blowers in powered respirators to keep the clean air flowing

Deliver clean, breathable air to your hood or helmet respirator

Replace the cartridge on your respirator when breathing becomes difficult

Strap a respirator to your back so it's more comfortable to wear

Filter particles, hazardous vapors, and other contaminants from the air

Shield robot arms from dirt and damage

Shield your eyes from dirt, sunlight, lasers, and electrical and welding sparks

Fully protect your eyes from flying dust and debris or harmful infrared light during welding

Make temporary marks in welding applications at high temperatures where chalk would burn

Join pieces of metal without melting the base material

Temporarily shield circuit boards from solder, flux, and high temperatures

Keep your solder spools organized

Feed precise amounts of wire to the tip of your iron for efficient soldering

Safely rest hot soldering and desoldering irons when they're not in use

All the necessary parts for a soldering setup

Heat the head to solder long sheet metal joints

Clean and prepare surfaces for soldering

Pull the trigger for instant heat; release it and the tip quickly cools

Clean excess solder and remove oxidation from soldering iron tips

Modify or replace the tip on your soldering iron

Solder metals together without an exposed flame

Stick to vertical surfaces to shield them from sparks while welding or grinding

Form small welds on steel and stainless steel, or fix cracks on plastic surfaces

Shape deformed electrodes without removing from the welder

Press onto the tips of spot welders to change the size and shape of the weld

Change out worn or broken springs in the handle of your locking pliers

Check 90° angles during layout work with combination, angle, or pipefitters' squares

Grip and position electrodes during stick welding

Store electrodes at their optimal temperature and keep them dry

Flux coated for stability and speed when welding most metals

Form strong welds in everything from rusted pipes to heavy machinery out in the field

Adjustable-height, clean room, sit/stand, collapsible, and stools with backrests

Strong enough to replace screws and rivets for many jobs

Join studs and pins to metal, leaving no marks on the back of the material

Press, weld, or screw in place to add a threaded fastening point

Absorb sweat from your head or arms

Spin with a handheld electric router to seal holes in plastic tanks and containers

Install helical, key-locking, slotted-drive, and other threaded inserts

The fittings you need for welding, including collets, collet bodies, and nozzles

Cover the part of an electrode that sticks out the back of TIG torches

Attach collet bodies, collets, nozzles, and other components for TIG welding

Connect TIG torch nozzles to TIG torches

Grip tungsten electrodes for TIG welding

For more control and less waste, smooth the flow of shielding gas as it leaves TIG torch nozzles

Swivel or rotate to weld in hard-to-reach areas

Seal between TIG nozzles and torches to stop gas from escaping and protect torch parts from heat

Direct the flow of shielding gas when TIG welding

Connect your power cable to your argon hose for TIG welding

Link TIG torches and TIG welders

Include a torch body and cable and hose assembly to plug into your TIG welder

Everything needed for TIG welding except the shielding gas; TIG welds are stronger than MIG welds

Advance TIG rods for controlled welds

Add extra metal while TIG welding to help flatten welds and hold workpieces together

Lock workpieces onto worktables or objects

Ignite gas torches

For frequent and high quality TIG welding, quickly create a fresh point at the tip of electrodes

Heat electrodes and dip them to create a new point at the tip, which helps improve weld quality

Measure the distance tungsten electrodes stick out from your nozzle for consistent TIG welding

Heat in TIG torches to create welds

Use sound waves to join plastic to itself or other materials without distortion or discoloration

Hold round workpieces

Weld to metal surfaces to add permanent threads

Stick to the back of welding seams to contain spatter and prevent gases from weakening the weld

Prevents weld spatter from sticking to contact tips, nozzles, and welding accessories

Resist abrasion while carrying current for welding

Plugs and sockets to deliver power to welding cable

Protect the cables on your MIG or TIG guns from weld spatter

Quickly connect your welder to an electrode or other component, or ground your setup

Carry an oxyacetylene torch and up to two tanks from one job to the next

Attach to your gas welder to extinguish flames and stop reverse gas flow

Check alignment, corner dimensions, and other weld measurements

Clip to any welding helmet to protect your chin and neck from flames, sparks, and UV light

Guard against scratches and weld spatter better than face shields

Attach to welding lenses to enhance details

Replace the lens in your welding helmet or goggles

Install over welding lugs to prevent accidental contact with other connections

Screw, hammer, or crimp on to secure welding cable connections

Cushion knees or brace elbows during long welding runs

Create a custom dam or mold to control metal flow while welding

Perform a variety of welding tasks such as spatter removal and wire cutting

Mount workpieces for circular welds

Store, protect, and organize TIG welding rods, tungsten electrodes, and stick electrodes

Secure welding torches when not in use

Circulate coolant through your torches to prevent damage and take fewer cooldown breaks

Protect welding wire from humidity and rust

Snap onto drums to shield welding wire from slag and grinding dust that could weaken welds

Apply to windows for privacy, insulation, less glare, and a lower chance of shattering