Anyone stocking a toolbox eventually runs into the same question: which of the many hammer types actually fits the job at hand? Hammers types and their uses vary widely, from the everyday claw hammer that pulls nails and drives them, to specialty tools like scaling hammers or brass mallets built for one narrow purpose. Knowing the differences saves money and prevents damage to materials.
General Purpose Hammers Most Homeowners Already Own
Nine hammers cover the vast majority of jobs a typical DIYer or homeowner will ever face. The claw hammer sits at the top of that list. Its steel head does two jobs: the flat face drives nails, and the curved two pronged claw on the back pulls them out again. Handles come in fiberglass, wood (often hickory) or steel, and fiberglass or steel versions usually get a rubber or vinyl grip for comfort. Smaller claw hammers have a sharper claw curve, while bigger ones often carry a flattened claw suited to prying during demolition, sometimes earning the nickname wrecking or rip hammer.
Metalworkers reach for something different. The ball peen hammer, also called an engineer's hammer, trades the claw for a rounded striking surface opposite the flat face. Because the hardened steel head resists chipping better than a claw hammer's, it handles punches, cold chisels, rivet setting and metal shaping. Head weights commonly run 4, 8, 12 and up to 32 ounces, with hickory handles standard.
For heavier blunt force work, the club hammer offers a short, roughly 10 inch handle and two identical faces, light enough to swing with one hand. A 2.5 pound head is a common size, though 3 and 5 pound versions exist for chiseling, driving stakes or breaking up masonry. Its bigger relative, the sledgehammer, steps up considerably: heads weigh at least 6 pounds on handles around 36 inches long, generating enough force to break concrete, stone, drywall or studs, or to split wood with a wedge.
Dead blow hammers solve a different problem: how to strike something without denting it or having the hammer bounce back. Built from a polyurethane shell filled with loose steel shot or sand, they absorb the impact rather than rebounding, which makes them useful around machinery and vehicle parts.
Electricians favor a variant of the claw hammer built with a non conductive fiberglass handle, protecting against shock if it contacts a live circuit. Many also feature a longer neck for reaching into electrical boxes or stud bays, with curved claws fitting stud bays better and straight claws working well for separating box fasteners.
Framing carpenters use a longer, heavier hammer designed for speed rather than finesse. Framing hammers typically weigh 20 to 24 ounces (22 is most common), with some titanium versions lighter but still delivering comparable force. They carry straight claws only, useful for prying framing members apart, and handles often exceed 18 inches, sometimes curved like an axe handle in a style nicknamed the California Framer.
A ripping hammer is really any hammer fitted with straight claws, called rippers, on the back, used to pry boards apart during demolition or framing, or to lift heavy objects. Some larger demolition hammers also qualify as ripping hammers since they combine that claw with other demolition features.
Rubber mallets round out the general purpose group. Built as a rounded rubber head on a wooden handle with two wide, symmetrical faces and no claws, they strike items that can't take metal to metal contact, such as tent stakes, chisels or landscaping stones. The rubber does dry rot over time, but replacement mallets are cheap and easy to find.
Specialty Hammers Built for a Single Trade
Sixteen additional hammer types serve narrower, trade specific purposes. A tack hammer is lightweight with a long, pointed head for driving tacks in upholstery or shoe repair with precision; the back often has a small claw for pulling tacks, and some heads are magnetized to start a tack with one hand.
Masons rely on the brick or scutch hammer to shape bricks and blocks. Single scutch versions have a striking face on one end and a slotted neck on the other that accepts a scutch comb for cutting brick; double scutch versions skip the striking face entirely in favor of two scutch slots. Related to masonry work, the bush hammer (sometimes called an axe hammer) has a serrated metal block head that textures smooth concrete surfaces to reduce slipping, though most masons now use power tools for that job instead.
Metalworkers and blacksmiths use both cross peen and straight peen hammers. The cross peen has a tapered point running perpendicular to the handle and weighs around 2 to 3 pounds, useful for drawing out heated metal or spreading it. The straight peen runs its tapered edge parallel to the handle instead, at 2 to 4 pounds, offering more directional accuracy for metalworking, blacksmithing or shaping stone.
Drywall hangers use a hammer with a big, round, cross hatched face that creates a clean dimple for joint compound, paired with a hatchet blade on the back originally meant for scoring and cutting drywall sheets. Where sparks could ignite explosive gas or vapor, workers turn to a brass hammer, since brass doesn't spark against other metal; mechanics use one, for example, to tap a fuel pump retaining ring loose, though a fully spark free job also calls for a brass punch.
Framing and rigging crews sometimes use a hatchet hammer (also called a rigger's or rigster's hatchet), a heavy tool with a long handle like a framing hammer but with a thick hatchet blade opposite the face, historically used to assemble scaffolding, drive heavy nails and cut rope. Weights run 28 to 36 ounces. Woodworkers doing fine joinery instead reach for a joiner's mallet, an all wood tool (often maple or ash) that protects chisels and reduces noise, with the head and handle typically joined through pegged joinery.
Electrical linemen use a heavy duty hammer of their own: a large steel head on a non conductive fiberglass handle, usually more than 30 ounces with a 15 or 16 inch handle, built for driving lugs and hooks into power poles during high voltage overhead work. Many include a tether eyelet so the tool can't be dropped from height.
Roofers historically used a shingle or roofing hammer, weighing at least 20 ounces, with a square serrated face on one side and a curved hatchet face on the other, often paired with a retractable razor blade and a gauge for spacing shingle courses. Nail guns have largely replaced them for asphalt shingles, though they remain popular for splitting wood shingles to width.
Where a metal face would damage delicate work, a soft face hammer with replaceable rubber or plastic pads protects automotive parts or fine woodworking from marring. Trim carpenters use a smaller, lighter hammer, generally 12 to 16 ounces, with a hardened steel head and flat, non serrated face, for setting finish nails before switching to a nail set to sink them below the surface.
Auto body and metal shops use body hammers, metal headed tools with rounded or tapered faces designed to shrink, spread or flatten sheet metal panels like fenders and gas tanks. Similarly focused on metal but powered rather than swung, a pneumatic hammer is a pistol shaped, compressed air tool that drives a chisel or punch rapidly and repeatedly, delivering up to 2,000 blows per minute in some models, useful for chipping welds, carving stone or setting wheel hub lugs. Finally, a scaling hammer combines a cross peen style edge on one end and a straight peen style edge on the other, arranged perpendicular to each other so a worker can chip scale and buildup off metal surfaces from multiple angles without repositioning.
Matching Hammer Weight, Price and Grip to the Task
Picking the right tool starts with the project list, not the display rack. A hammer that's too heavy to control offers no benefit no matter how well suited it is on paper, and prices span a wide range, from well under $20 for a basic rubber mallet to well over $100 for a specialty tool like a titanium framing hammer or a milled bush hammer. Starting with a moderately priced option is usually the safer bet for a first purchase.
Every hammer breaks down into the same basic parts. The head includes the face, claw, cheeks and eye, essentially the entire business end of the tool. The handle, whether one piece steel, hickory, ash or fiberglass, is what the user grips, sometimes with a rubber sleeve added for comfort. The claw, where present, pulls nails or separates boards. The face is the actual striking surface, smooth for finish work or waffled for better grip on framing fasteners. The neck connects face to head, with longer necks reaching into tight spots and shorter necks offering more control. The eye is the hole the handle passes through, and the cheeks are the thin metal sides flanking that hole, occasionally useful for driving nails in confined spaces where the face won't fit.
Storage and Safety Habits That Extend a Hammer's Life
Wiping down a hammer at the end of a work day keeps moisture, grease and dirt from accumulating on the head and handle. Storing it somewhere dry and cool prevents wooden handles from warping and steel heads from rusting, and hanging the tool vertically keeps the head's weight from stressing the handle's alignment over time. An annual coat of oil, applied according to the manufacturer's own guidance, helps wood handled hammers last years longer.
Safety matters as much as storage. Safety glasses are essential any time a hammer is in use, since fasteners can fly and two hardened metal surfaces striking each other can chip off fragments. Before swinging, check that the head is seated tightly on the handle; any looseness or rattling means the handle needs replacing first. Aim to land the face flat on the nail head to keep it from bending or shooting sideways, and when working with small nails, hold them with pliers or through a small piece of cardboard rather than fingers. A proper grip wraps the thumb around the handle rather than laying it alongside, which improves control and reduces the chance of the hammer slipping. Matching hammer size to the job matters too: an undersized hammer can bend a large nail and send it flying, while an oversized one can damage material meant for a smaller nail.
Frequently Asked Questions
How many types of hammer?
There are at least 25 distinct hammer types commonly used by DIYers, homeowners and tradespeople, ranging from general purpose claw and ball peen hammers to narrow specialty tools like scaling hammers and bush hammers.
What are the different types of hammers and their uses?
Common types include the claw hammer for general carpentry and nail pulling, the ball peen hammer for metalwork and rivet setting, the sledgehammer for demolition, the framing hammer for driving large nails into lumber, and specialty options like the brass hammer for spark free work, the drywall hammer for hanging drywall, and the scaling hammer for removing metal buildup, each matched to a specific material or trade.
