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Pull off a small piece of putty and stick lightweight objects to a surface.
Temporarily stabilize objects on flat surfaces with this clear, reusable adhesive.
This putty-like glue cures into a pliable rubber. Use it to repair seals and cracks, or mold it into hooks and bumpers.
Epoxies are the strongest and most weather- and chemical-resistant structural adhesives. They work especially well on metals.
These machinable epoxies are mixed with steel, but won’t rust, so they can be used to repair cracks and threaded holes.
For quick repairs, these epoxies begin to harden in 6 minutes or less.
To allow time to adjust and position parts, these epoxies remain workable for at least 90 minutes.
Even when used under water, these adhesives maintain their strength.
Urethane adhesives are the most flexible, so they bond dissimilar materials and damp vibration.
Stop leaks in metal tanks and equipment without draining the contents.
To stop leaks in metal tanks and equipment without draining the contents, heat the area with a heat gun or torch to melt the stick and form a permanent seal. The resulting patch can withstand pressure up to 600 psi.
Seal leaks around small holes.
Seal leaks around fasteners with a protruding head.
Stop leaks in metal tanks and equipment without draining the contents. Until a permanent repair can be made, rub these sticks into the leak to form a temporary seal.
Mix these two-part surface fillers together to repair leaks and cracks as well as to rebuild rough spots in metal.
Chemicals will not affect these two-part epoxies. They repair cracked, worn, and damaged surfaces.
For use in processing equipment that carries large particles 1/16" in diameter and larger, these ceramic-filled epoxies rebuild and repair surfaces exposed to abrasion from particles, such as pump housings, chute linings, and hoppers.
For use in processing equipment that carries small particles less than 1/16" in diameter, these ceramic-filled epoxies rebuild and repair surfaces exposed to abrasion from particles, such as dust collectors, fan blades, and fan housings.
These rubber-filled epoxies have excellent wear and impact resistance. Use them to repair and rebuild surfaces such as pump liners, hoppers, and vibrating feeders.
Repair and rebuild metal surfaces that are exposed to heat. These surface fillers withstand temperatures over 450° F.
A high silver content allows these surface fillers to conduct electricity and heat. Use them to fill gaps and rebuild missing material on electrical connections or to assemble new components.
Repair stripped threads on female connections, such as oil pans, valve covers, and distributor caps.
Press these putty surface fillers in place to fill in holes, cracks, and dents. When exposed to sunlight or a UV lamp, they begin to harden immediately.
An easy way to make repairs in the field. Cut patches to size, peel off the backing, and press into place. Expose them to sunlight or a UV lamp and they begin to harden immediately.
These surface fillers come in a pen for precision application. After applying, use the LED on the back of the pen to instantly cure.
Make castings and fill voids with these two-part pourable epoxies.
These surface fillers can be used on vertical surfaces without sagging. They repair cracked, worn, and damaged surfaces.
Knead the epoxy-coated patch and resin together to make repairs to pipes, tanks, drums, and containers in the field.
Spray to fill in small dents, cracks, and scratches. These surface fillers build on themselves to cover minor surface imperfections.
Repair small leaks and cracks in coolant tanks for commercial vehicles and industrial equipment. These surface fillers meet ASTM D3147 for their ability to stop leaks in engine cooling systems.
Mix these two-part epoxy surface fillers to create a strong repair in wet environments or underwater.
Everything you need to repair cracked, worn, and damaged surfaces—even underwater.
Able to withstand temperatures up to 2300° F, these ceramic surface fillers are often used as thermal insulation on brick, mortar, burner blocks, furnace holders, and thermocouples.
Also known as sloshing compounds, these surface fillers bond to rough, rusty surfaces in fuel tanks to repair leaks and prevent further corrosion.
Stop slow-flowing and weeping leaks in concrete. Also known as hydraulic cement, these crack fillers begin to harden in three to five minutes to create a permanent fix that won't shrink.
Stop active leaks of up to 50 gallons per minute in concrete, brick, and stone. These crack fillers begin to harden within seconds to create a permanent fix that won't shrink.
Fill cracks up to 4" deep on horizontal surfaces, such as floors and sidewalks.
Fill cracks up to 10" deep on vertical and overhead surfaces.
Pour these ready-to-use fillers in cracks up to ½" wide and ¼" deep on horizontal surfaces to make fast, light duty repairs.
Fill cracks in horizontal, vertical, and overhead concrete surfaces.
Not only do these leveling compounds withstand severe abrasion, wear, and impact, they also stand up to steel wheels and heavy blows without cracking.
Use these two-part compounds to patch concrete floors, stairs, and walls in cold environments, such as freezers. At room temperature, they cure faster than any of our other concrete patching compounds.
For use when thickness will be more than 2", concrete mixes consist of cement, sand, and gravel.
For use when thickness will be less than 2", sand mixes consist of cement and sand.
Repair sidewalks and factory floors in areas with heavy pedestrian traffic. They can also be used to fill minor depressions and cracks.
Patch concrete floors, stairs, and walls with these compounds.
Cover large sections of damaged concrete with these durable patching compounds. Made up of a resin, hardener, and aggregate, they cover more area than any of our other concrete patching compounds.
These leveling compounds stand up to acid and chemical spills, making them a good choice for corrosive environments. They also withstand steel wheels and heavy impacts.
Fill in and shape horizontal, vertical, and overhead concrete surfaces, such as steps and columns.
Slide these tools along the perimeter of poured concrete slabs to create a rounded edge for a finished appearance that resists chipping.
With a durable one-piece construction, these boxes have no seams or welds to crack and leak.
Also known as mortar hoes, the blade on these tools has holes to allow concrete to pass through as you mix.
Use floats after edging and grooving to smooth the surface and allow trapped air and water to escape.
Once concrete begins to set up and surface water reabsorbs, finish with a trowel to compact the top layer for a smooth, hard surface.
Make removing form-board stakes easier.
Push and pull freshly-poured concrete.
Improve the strength of your concrete mix by eliminating trapped air.
Create grooves in poured concrete slabs to control cracking caused by drying, settling, and freezing.
Drag these brooms along hardening concrete to create a rough surface for traction in slippery environments.
Stakes provide a firm anchor for concrete form boards.
Spread and level asphalt.
Remove hardened flecks of mortar, dirt, and other debris.
Spread, scrape, and shape mortar.
Smooth and spread grout between tiles.
Rub these tools along the mortar between bricks for a uniform, finished appearance.
Keep drywall compound close at hand so you can apply it over seams quickly and efficiently.
A thin, flexible blade makes easy work of smoothing and feathering drywall compound.
These knives have a sturdy blade for scraping paint and debris and for applying and smoothing joint and spackling compounds.
Also known as mud pans, use these to mix small amounts of drywall compound or to bring it to your work area.
Use these mashers to mix drywall compound in large containers.
Cut perfect circles up to 16" in diameter to create openings for pipes, conduit, or lighting fixtures.
Smooth joint compound on both sides of an interior corner with these trowels.
Thicker than taping knives, trowels can apply and spread large amounts of drywall compound quickly.
These patching compounds are the most flexible and watertight we offer.
Fill cracks with these coatings to stop leaks and deaden sound.
Roll out a fast fix for leaky roofs and gutters with these peel-and-stick rolls.
Repair holes and seal gaps in roofing and gutters. These patching compounds are durable and water resistant.
Reinforce hot- and cold-applied asphalt patching compounds and coatings with this flexible fabric.
Make a temporary repair to cracks in any flat roof. These patching compounds are a powder that forms a thick gel in minutes when poured directly into standing water and rain.
Mix this two-part epoxy—a resin-aggregate blend and a pigmented hardener—to create a grout that resists chemicals and doesn't require sealing. Use on ceramic, concrete, and stone floor and wall tiles.
Used for brick, block, and stone laying as well as for repairing masonry, mortar mixes consist of fine sand and masonry cement.
Used on ceramic, concrete, and stone floor and wall tiles, grout consists of fine sand, masonry cement, and coloring.
Use this kit to prevent bull's eye breaks and minor chips from getting bigger.
Also known as Plaster of Paris, these fillers conceal small cracks, nail holes, and blemishes. Mix with water.
Assortments include two 4" × 4" patches and a 6" × 6" patch.
Tape hides seams and smooths out corners. It has an adhesive back for bonding and requires joint compound for finishing. It can also be used to repair damaged walls.
Spray these compounds onto ceilings to create a popcorn texture that covers stains, patches, and chips. The nozzle is upright for easy application.
Fill and conceal small cracks, nail holes, and blemishes. Compounds are ready to use.
Tape hides seams and smooths out corners. Joint compound is required for bonding and finishing.
Spray these compounds onto drywall to create an orange-peel texture that covers stains, patches, and chips. The nozzle adjusts from a light to heavy spray.
Simplify and speed up hole repairs—stick a patch over the area and cover with spackling compound.
Fix cracks in drywall and stop them from spreading. Place the included fabric over wall cracks and cover with the acrylic paste. This results in a flexible, nonshrinking repair that prevents cracks from reappearing as the building continues to settle.
Also known as drywall mud, these joint compounds are ready to use. Apply with drywall tape over seams for a finished appearance.
Use these two-part fillers to rebuild cracked or worn plastic surfaces.
Repair worn and torn rubber parts. These two-part fillers are self leveling and form a tough, flexible new surface. They're often used with conveyor belts, mill liners, and pumps.
Spray these surface fillers on molded plastic parts that have surface blemishes, scratches, and mold lines. Use with ABS, polystyrene, and glass-filled nylon.
Cut rope to the length you need, pack it in cracks up to 1" wide, and heat with a propane torch.
These crack fillers come in an easy-to-pour jug for filling cracks in asphalt up to 1/2” wide.
Spread patching compounds in dry, wet, and even water-filled holes.
Roll the seams where wall coverings meet for an even, continuous appearance.
These long, thin brushes have semi-soft bristles to smooth out wrinkles and air bubbles after wall coverings are applied without damaging the wall covering itself.
Use these brushes to apply paste for wall coverings.
Fix damaged wood or build up and replace missing wood.
Press these putty-like fillers into cracks in wood up to 1/8" wide.
Make flexible, waterproof repairs to rips and tears in canvas, leather, and acrylic fabric.
Mend rips, tears, and holes on vinyl surfaces, such as awnings and upholstery, with these flexible, waterproof surface fillers.
Waterproof and strong, these surface fillers remain flexible when repairing rips, tears, and holes in neoprene rubber. They're often used on wetsuits.
Keep the surface of your porcelain fixtures looking like new.
Press this adhesive-backed plastic tape into place for an immediate light-duty seal.
Make temporary waterproof seals that peel off when no longer needed.
Mix a small amount of water-based paint with this caulk to match the color of your surface.
Also known as thumb-grade caulk, this forms a non-hardening, moisture-resistant seal that remains pliable.
These sealants include a material certificate with traceable lot number, test report, and product shelf life.
This sealant includes a material certificate with traceable lot number, test report, and product shelf life.
Apply these sealants in cold temperatures, on wet surfaces, and even through running water.
Thinner than non-sagging sealants, these flow easily into cracks and have a smooth finish.
Clear enough to read through, this UV-resistant sealant allows optimal light transmission for use with solar cells and fiber optics.
Resistant to mold and mildew, these sealants are well suited to high-humidity environments.
Thinner than non-sagging sealants, this sealant flows easily into cracks and has a smooth finish.
Also known as neutral-cure sealants, these won't discolor copper, brass, and concrete.
A combination of hardness and surface tension makes these sealants resistant to punctures, cuts, and abrasion.
Clear enough to read through, these UV-resistant sealants allow optimal light transmission for use with solar cells and fiber optics.
Made from silicone, these sealants are RTV (room-temperature vulcanizing).
These structural sealants combine the mechanical strength of an adhesive with excellent sealing properties and high flexibility.
Also known as neutral cure, this sealant won't discolor copper, brass, plastic, and concrete.
With chemical and metal additives that are picked up by X-ray machines and metal detectors, these sealants are designed to help you comply with Hazard Analysis and Critical Control Point (HACCP) programs in food-processing facilities.
Also known as Torr Seal, this sealant forms a rigid bond that seals leaks on vacuum systems or components.
These non-sagging sealants will not drip while hardening on vertical and overhead surfaces.
Make tough, flexible, oil-resistant seals.
Impervious to the swelling effects of oil, fuel, and solvents, use these high-strength sealants to assemble and repair fuel systems and tanks.
The strongest submersible sealants we offer, these combine the mechanical strength of an adhesive with excellent sealing properties and high flexibility.
These sealants are marine grade, so they stand up to water, corrosion from salt spray, mildew, and UV light.
Also known as glazing compounds, use these sealants to install glass in aluminum, steel, and wood framing.
These sealants don't degrade in sunlight.
Press this pliable rope into place to hold glass in window frames and seal leaks.
Make seals that support glass under heavy loads in equipment and buildings.
Seal glass windows in metal and wood fire-rated doors.
Repair equipment and vehicle windows with these sealants that are rated to withstand impact within three hours of application.
Designed for use on ovens and kilns, these sealants form a durable, rock-hard seal after firing.
Seal joints and gaps in concrete.
Thinner than non-sag sealants, these flow easily into cracks and have a smooth finish.
The textured finish matches concrete surfaces.
Prevent the edges of tape, signs, and graphics from peeling by sealing out water and debris.
Form flexible water-resistant seals on metal, plastic, and rubber joints in heating, ventilation, air conditioning, and refrigeration applications.
Seal metal-to-metal joints in ductwork.
Fix roof leaks in cold and wet conditions. These sealants can even be applied underwater.
These sealants are non-sagging, so they won't drip from vertical and overhead surfaces.
Hand-mold this putty to fill small openings in fire-resistant walls and floors.
This caulk forms a long-lasting, flexible, watertight seal.
Good for sealing large openings in fire-resistant walls and floors. Mix this lightweight powder with water to create a thick paste that's easy to apply.
Seal small openings in fire-resistant walls and floors.
These adhesive strips hold tight yet remove cleanly without damaging the wall.
Create a watertight seal around faucets and drains. Unlike silicone sealant, plumber’s putty is easy to remove.
To eliminate air gaps that can cause heat loss and premature heater failure, mold this putty around heat cable to make direct contact with the pipe.
Spread adhesive, thinset, and other hard-to-clean materials without scratching your surface and then simply throw these knives away.
Scrape, cut, and spread material in your food-processing facility with these putty knives—they’re FDA compliant for direct contact with food. Made from plastic, they won’t scratch metal surfaces or corrode from chemicals.
Spread and scrape material from a distance—these putty knives have a threaded end for attaching handles to extend their reach.
Add any standard threaded handle to extend the reach of these putty knives.
Spread, scrape, and clean paint rollers in hazardous locations with the nonsparking, nonmagnetic brass blade on this putty knife.
These corrosion-resistant putty knives spread, scrape, and clean paint rollers.
The blade is nonsparking with a beveled edge for removing thin coatings.
Resist heat up to 410° F with a glass-filled nylon blade and handle.
Use as a spreader, scraper, and paint-roller cleaner.
Create transparent molds to monitor fill levels, differentiate parts at a glance, and avoid damaging parts when cutting the mold away.
After these compounds cure, they're tough enough to be machined.
These silicone compounds offer good resistance to acids, oils and salt water.
Replicate even the most complex details. These compounds flow smoothly into crevices.
Combine the liquid components to form a putty that can be molded into or around any shape.
Create rubber molds that retain their shape for decades—they won’t soften, degrade, or warp, so you can continue to replicate intricate parts.
These food-grade compounds comply with FDA 21 CFR.
Capture intricate details when creating prototypes, molds, and linings with these easy-to-mix two-part compounds.
Create detailed rubber shapes that are ready to use in fifteen minutes or less.
Choose from compounds that withstand 2700°, 3000°, or 4000° F.
An integral component of casting babbitt bearings, apply a thin coat of this paste to bronze, cast iron, and steel bearing housings before casting to prevent separation.
Melt and pour these alloys into molds to create metal parts and prototypes.