Anything to do with hammers
As a follow-up to my recent post regarding all things hammer, I’m writing this article to complement the previous post. This time it’s a comparison of three claw hammers rather than more on the evolution of the hammer which I covered pretty comprehensively in my last post. We’ve chosen three in an attempt to be scientific with our testing.
So, what’s so special about these hammers? Isn’t a hammer, JUST a hammer? Well, yes, it’s a hammer and essentially they’re the same thing; it’s used to hit things with! However (according to experts, designers, trade professionals and the manufacturer) , there are some interesting nuances between the three hammers I’m looking at. The first is a very popular old classic from Estwing, who you will know if you read my other blog post about hammers has been making hammers since 1923, their E3 claw hammer being one of the most popular hammers for professionals all over the planet. The second hammer I’ll be looking at is a new innovative design by Vaughan, an American company that’s been making hammers since 1869; it’s their Dalluge style straight claw titanium hammer! And finally our control or baseline for a reasonable everyday hammer, so I chose the Stanley 51-621 hammer created with a fibreglass handle to reduce vibration.
So let’s look at the three and their attributes.
The Stanley hammer 51-621
The heat treated forged high carbon steel curved claw head is fully polished and rim tempered for durability and safety.
The fibreglass handle absorbs shock and vibration and the textured rubber ensures a comfortable, secure grip.
High visibility yellow makes the hammer safe and easy-to-locate in work areas.
So, basically an everyday and cheap hammer, for around £12 inc VAT at your local shop or online. Not pretty to look at with a rubber grip and fibreglass handle that in reality does little to cushion the blows you land. Yes, it’s better than cheaper hammers, a little. But it doesn’t really match up to the other two. So this is our baseline hammer, everyone at home has something of this quality or slightly better.
The Estwing hammer E3/16
The Estwing E3 series curved claw hammers have a vinyl grip made from liquid vinyl bonded on to the shaft during production, offers the utmost in both comfort and durability, while reducing vibrations caused by impact.
The conventional carpenters’ curved claw hammer offers unsurpassed balance and temper.
Made in the USA from high quality steel.
As I’ve already said earlier, the Estwing E3 claw hammer is the go to tool of the professional, the workhorse of the construction site for the carpentry teams. The steel shaft goes the length of the hammer with the vinyl handle molded around it to create the soft handle. This hammer would set you back around £50! I’ve known carpenters who have their Estwing hammer for 20 years.
The Vaughan “Dalluge” style straight claw hammer
Weight: (16 oz.).
Handle length: 430mm (17 inch)
The lightweight DDT 16, with its patented deep “V” head design, provides faster, greater power at point of impact with less stress and arm fatigue.
The DDT 16 hammer features a patented titanium head with overstrike guard. It’s exclusive Double “D”™ Magnetic Nail Holder has the ability to hold both standard and duplex nails and provides increased reach for one-handed nail starting, while the Sidewinder™ Nail Puller provides extra leverage for removing nails without ripping up forms. For fast and easy tear downs and rip outs the Short Stack™ Claws on the DDT 16 hammer are reinforced to provide increased strength for prying. Heads made in China. Handles made in USA. Assembled in USA. MADE IN CHINA
So Titanium hammers have been around for a while now. You will get this Vaughan hammer from the internet or if you’re very lucky from a shop but it will set you back £220!! So it makes sense that you’d want to check it out before you put that kind of money into buying this hammer. Why does it cost 4 times the price of a regular high quality claw hammer and, what would it take to convince anyone to pay this much money for it?
The good, the bad and the not so bad…
In a direct comparison between the three hammers.
The Stanley is cheap, it’s rubber grip isn’t great but is usable, the fibreglass, anti-vibe handle doesn’t stop the softer vibrations and I suppose would do if you had nothing else to use. When we decided to do this test, we did think about using some kind of kenetic testing equipment to compare the impact force and the vibration carried back down the handle, but this equipment is really expensive and we decided against it. In the end the hammer is heavy and unforgiving. At around 10 nail mark your arms starts really feeling it, and honestly you want to take continue much longer…
The Estwing is heavy like the Stanley, but the handle feels much better in your hand. There’s a certain amount of anti-vibe through the vinyl grip but not much. It’s heavy but it hits nails perfectly, and once again is unforgiving in the long run. Around the continuous 10 nail mark again, your arm starts feeling it. It’s better with vibration than the Stanley.
The Titanium Vaughan hammer is much lighter, and the wooden handle helps with vibration, so lots of anti-vibe characteristics. So light you don’t feel any strain from hitting in 20 nails continuously!
So the bottom line? To me the titanium hammer isn’t just a fad, it does help with it’s weight and you won’t suffer from a sore wrist afterwards; or will need to nail twice to three times as many nails as the steel hammer to get the same effect. Saying this, the price IS a down side, so the titanium hammer is really just for the professional who works all day at hammering or a dedicated DIYer who doesn’t mind paying out the high price! But for most serious professionals it’s the trusty Estwing!
If you’re interested in trying and buying any of these three hammers here’s a link to each.
Stanley glassfibre hammer 51-621 hammer – £11.94 inc VAT
Estwing E3/16C Vinyl grip hammer – £49.26 inc VAT
Vaughan ‘Dalluge’ Style Straight Claw Titanium Hammer – £220.96 inc VAT
The modern day hammer has had an incredible evolution since its origins when man needed to hit and smash shells or bones to get food. Initially. I thought a post about the evolution of the hammer may be interesting, but I’ve found that hammers are much greater than just a hand tool, they are literally the great grandfather of every tool ever made!
A hammer is a tool for striking another object or substance, whether wood, metal, stone or anything else. The modern day hammer has many variations, looks and sizes. Creating an extremely versatile tool.
Then man created the hammer;
Archaeologists have now discovered the first appearance of a tool used as a hammer was 3.3 million years ago (149 found in Lake Turkana in northern Kenya in 2015) when a “hammer stone” was used to splinter more brittle stones like flint, into cutting and killing tools. After they began to perfect their technique, they formed and shaped axes, knives, then more intricate arrow heads and spear heads. Still later these proto-humans used the formed shards into carving tools for wood, to break open animal skulls, bones, shells and even make jewellery.
This embryonic hammer, was little more than a heavy elliptical stone between 300 grams to a kilo smoothly formed at the bottom of a river bed, or from the sea. The stone was used to hit an object, which was sitting on a large flat stone below it, like an anvil. If a more intricate point was needed, the stone hammer would be replaced with a smaller stone, bones, ivory and antlers using more finesse for finishing the new cutting tools.
Then around 30,000 BC, an incredible 3.27 million years later. The next stage of the hammer’s evolution came into being. The addition of a handle; the stone being tied to either a piece of wood or bone with leather, vine, sinew, hair or similar substance tying the head to the handle. Creating the more familiar modern day looking hammer, similar to those made by native americans in the 1800’s.
This addition may not seem a big one, but it enabled the user to have more control over what they were hitting, and the accuracy of the strike. It meant that this new hammer could be used for more intricate work and meant the creation of a more artisan society. With the advent of the handle this meant the hammers evolution to what we know today advanced exponentially. Having a handle also allowed the user to have less accidents with the wielded tool.Then hammer’s next advance was the coming of metal and the bronze age. Around 3,000 BC, 27,000 years after the last important update of the hammer. Hammer heads were forged with bronze, making them more durable as far as binding them was concerned. The first hammer heads were probably melted bronze bound with similar bindings to stones, and evolved with the onset of forging and casting processes. This allowed a hole to be put through the bronze to take the handle. With the invention of forges and casting other copper and bronze products were made including nails.
Bronze age hammer face. The hammer was fitted on to a piece of wood or bone, then used as a hammer.
Although iron was around in it’s raw form since the beginning of the bronze age, with meteroic iron. Which was found and used for tools such as hammers. It wasn’t until 1200 BC that iron was properly extracted and used to make tools and weapons. Making the old bronze hammers and equipment obsolete. Hammers started to evolve their shapes at this point in their history. Having round faces, square faces, cutting edges, reliefs, and so on. Among the new shapes of hammer the claw head was created for recovering bent or damaged nails for re-smelting. Also meaning you could reuse the precious iron or bronze nail.
Iron age (post medieval) hammer head.
The discovery of Steel was the advent of modern day hammers and tools. From the unrecognisable embryonic eliptical stone of 3million years previously. Originally created around 1800 BC, but spread across the world properly in the 11th century. The process was refined and augmented by the 1500’s with the birth of today’s standard of steel making.
From 1500’s on the evolution of industry came the evolution of the hammer, during which the refining of hammer types and their nuances was developed and experimented with to make a different hammer that was ideal for each job. Coachbuilding, house building, brick layers,blacksmiths, masons, miners and any number of other jobs.
A copy of a steel headed and handled hammer. (circa 1760)
The Hammer’s produced next were “forged” by the industrial revolution starting in 1760 and 1870 the explosion in industry and the need for tools to repair and maintain the new machinery created. Also mass product of hammers, made them all similar and had to be produced to the same standards. These processes also meant that wood, rubber, copper, lead, brass, hide and broze hammers and mallets were easier to make and made more popular. With these new industries came bespoke hammer product such as larger moving and slogging equipment.
With the coming of the new century in the 1900’s came the invention of new materials; Bakelite, casin, and new metal alloys mean hammer faces and handles could be used in a new and different ways. With the development of physics to explain why a hammer works and man has learned to make it more efficient at its job, and so the development of the hammer has continued to become advance, along with its aesthetics. Leading to the modern hammer we see today, made by companies like Stanley, Thor and Estwing, all founded in the early 1920’s. These commercial companies essentially creating the sophisticated hammers the we still see today, from the invention of massive powered steam or electric hammers, to the smallest archeological or surveyor’s hammers.
The modern claw hammer. Mass produced since the 1920’s
In the next post I shall go through the best modern hammers, who makes them and where to buy them.